T A IRLF STADIA FABLES ALFRED NOBLE WM. T. CASGRAIN LIBRARY OF THE UNIVERSITY OF CALIFORNIA. Cla&s TABLES FOR OBTAINING HORIZONTAL DISTANCES AND DIFFERENCE OF LEVEL, FROM STADIA READINGS. COMPUTED BY ALFRED NOBLE AND WM. T. CASGRAIN, U. S. Engineer Office, Milwaukee, Wis. NEW YORK: THE ENGINEERING NEWS PUBLISHING CO., 1902. 1VH3&G9 Entered according to Act of Congress in the year 1870 by ALFRED NOBLE, In the Clerk's Office of the District Court of the Eastern District of Michigan. Copyright, 1902, by THE ENGINEERING NEWS PUBLISHING COMPANY. INTRODUCTION. The transit for use in stadia work has horizontal and vertical arcs, and should have a telescope of good power and clear definition. The diaphragm has two additional horizontal wires called stadia wires, which are usually fixed in place by the instrument maker. In some transits one of the wires is placed on a movable slide, making the interval between wires adjustable, but this is not recom- mended, because the movable wire is liable to get out of adjustment without being detected. In the use of the stadia the intercept by these wires on a graduated rod, called the stadia, held vertically on the point to be located is read as well as the horizontal and vertical circles. The instrument maker seeks to place the stadia wires equally distant from the middle wire, and at such a dis- tance from each other as to intercept 10 ft. on a rod held vertically on a horizontal base, 1,000 ft. from the instru- 'ment. It is impracticable to set the wires at the precise distances intended, and an error of I to 5 in 1,000 is to be expected. In order to simplify the reduction of the field notes it is desirable to eliminate this error, which can only be accomplished by having the stadia graduated to suit the transit. The intercept on the rod when held at varying distances is not precisely proportionate to the distance from the transit, but to the distance from a point in front of the object glass of the telescope. The distance of this point from the object glass is equal to the principal focal dis- tance of the object glass. Designating this by f, and the distance from the object glass to the vertical axis or center of the instrument by c, the point from which read- ings and distances are directly proportionate to each other is distant (c + f) from the center of the transit. It follows that if the stadia be graduated uniformly, the reading can give the correct distance for only a single distance; for all other distances the reading will be too great or too small. For these tables the stadia is assumed to be so graduated that the reading gives the distance without correction at 117211 4 INTRODUCTION. a horizontal distance of 1,000 ft. from the transit, or [1,000 (c + f)] feet from the point from which readings and distances are proportional. If distances of [1,000 10 (c + f )] feet be laid off successively from this point the i 2 3 readings will be , , , etc., of the readings at 10 10 10 1,000 ft. In the calculation of these tables (c + f) was taken equal to 1.4 feet. The distance to be subdivided is [1,000 i (c + f)] = 998.6 feet, and of this = 99.86 feet. The 10 additional intercept on the stadia rod on a horizontal base corresponding to an increase of 99.86 ft. may for con- venience be called the "stadia unit." Its value must be determined before the stadia can be graduated. For this purpose proceed as follows: Select a level piece of ground where a line 1,000 ft. long can be laid down. Set the transit at one end of this line and establish the following stations: Station. Distance from instrument center. Bi 1.4+ 99.86 = ioi.26feet. Ea 1.4+ 2(99.86)= 201.12 Bs 1.4+ 3(99-86)= 300.98 B* 1.4+ 4(99.86)= 400.84 Bs 1.4+ 5(99.86) = 500.70 B 1.4+ 6(99.86)= 600.56 BT 1.4+ 7(99.86)= 700.42 Bs 1.4+ 8(99.86)= 800.28 B 1.4+ 9(99.86)= 9075.14 Bio 1.4 + 10 (99.86) = 1,000.00 If a rod be held successively on these points and the corresponding intercepts by the stadia wires be designated Ii, Is, Is, etc., the following relation should be found: I* Is I* Ii = = = etc., = stadia unit. 234 For measuring the intercepts, use a leveling rod, read- i ing by a vernier to ft., furnished with two targets. 1,000 INTRODUCTION. The intercept should be measured with the telescope hozi- zontal, but one target can be placed at the nearest even foot, one stadia wire fixed on it and the other target moved to correspond with the other wire without appreciable error. Several readings should be made at each station and the mean taken. The resulting values of the stadia unit should agree within o.ooi or 0.002 ft. Finally, the mean of all should be taken for use in marking the stadia. The stadia board should be of well-sea- soned pine, about i2 l / 2 ft. long, 4% inches wide, 5/2 to ^4-inch thick, with a stiffening rib down the center of the back. The ends should be shod with light strips of iron. It should be given three or four coats of white paint. The marking should be simple and easily distinguishable at considerable distances. Many forms have been used. The one shown opposite, which includes two stadia units, is as simple and satisfac- tory as any. Each side of a diamond cor- responds to a reading of 10 or an approxi- mate distance of 10 ft. The intermediate feet are estimated. Beginning at a point about three inches from the bottom of the board, the stadia unit is laid off successively and subdivided as per sketch. The markings should be accurate; the outlines can be made with a right line pen more precisely than with a brush. The ready-mixed ivory black sold in cans is satisfactory for the markings, and flows freely from a right line pen. The markings should begin with two triangles joined at apices, as at "A" in the figure, and the one about 5 ft. from the bottom should be painted red for easy identification. Sometimes the loth foot is also painted red. In taking a reading the stadia is held vertical; the lower wire is usually fixed on an even unit mark with the center wire less than a unit distance from the 5th unit which is marked red, and the stadia reading recorded, The center 6 INTRODUCTION. wire is then fixed on the red mark and the horizontal and vertical limbs read. Levels are carried through the H. I. as in ordinary leveling. The H. I. can be determined from a back sight, or the instrument can be set over a point whose height has been determined and the height of the telescope above it measured directly by a light graduated rod carried for the purpose. The latter is the usual method. For rapid work in an open country the instrument man should have a recorder, and can then em- ploy three or four rodmen and an assistant to sketch. The tables in this book are computed from the following formulae:' [s -(_ ! W>V ^.V . R' h = (B c f) Shi2V + (c + f) SinV, 2R R' d = (B c f) Cos'V+(c+ f) Cos V, R in which R' = any reading of the stadia for which the horizontal distance and difference of level are sought. B = length of a measured base. R = reading of the stadia on that base. V = angle of elevation or depression. c = distance from center of instruments to center of ob- ject glass of telescope. F = principal focal distance of object glass. d = horizontal distance corresponding to a reading R' and angle V. h = difference of elevation corresponding to a reading R' and angle V. For the computation of these tables values have been assigned to B, R and (c + f) as follows: B = 1,000 feet. R = i,ooo feet. (c + f) = 1-4 feet. Then when V and R' are observed the corresponding values of d and h may be taken from the tables in a man- ner similar to that used in taking the latitudes and de- partures from a traverse table. The quantities in the columns headed a and b are com- puted respectively from the expressions (c + f) cos. V, and (c + f) sin. V, in the formulae; they are constant for all INTRODUCTION. readings, if the angle of elevation or depression is not changed. EXAMPLE. Let it be required to find the horizontal distance and difference of level, when V = 6 43' and R' = 1,258. FOR HORIZONTAL DISTANCE. For 1,000 984-9 " 200 196.99 50 49-247 8 7.8795 " (c + f)cos. V 1.3905 d = 1240.4070 feet. FOR DIFFERENCE OF LEVEL. For 1,000 116.0 200 23.20 50 5.8oo 8 9279 " (c + f) sin. V....... .1637 h = 146.0916 feet. In tabulating the reductions horizontal distances should be taken to the nearest foot and differences of level to the nearest i-io foot. DISTANCES. t 1 "*-- 3 4 5 6 7 8 9 a 00 0.9986 1.9972 2.9958 3-9944 4-9930 5-99i6 6.9902 7.9888 8.9874 .4000 01 0.9986 1.9972 2.9958 3-9944 4-9930 5.99i6 6.9902 7.9888 8.9874 .4000 02 0.9986 1.9972 2.9958 3-9944 4-9930 5.9916 6.9902 7.9888 8.9874 .4000 03 0.9986 1.9972 2.9958 3-9944 4-9930 5.99i6 6.9902 7.9888 8.9874 .4000 04 0.9986 1.9972 2.9958 3-9944 4-9930 5.99i6 6.9902 7.9888 8.9874 .4000 05 0.9986 1.9972 2.9958 3-9944 4-9930 5.99i6 6.0902 7.9888 8.9874 .4000 06 0.9986 1.9972 2.9958 3-9944 4.9930 6.9902 7.9888 8.9874 .4000 07 0.9986 1.9972 2.9958 3-9944 4-9930 5^9916 6.9902 7.9888 8.9873 .4000 08 0.9986 1.9972 2.9958 3-9944 4-9930 5.99i6 6.9902 7.9888 8.9873 .4000 09 0.9986 1.9972 2.9958 3-9944 4-9930 6.9902 7-9887 8.9873 .4000 10 0.9986 1.9972 2.9958 3-9944 4-9930 5 '.99i6 6.9901 7.9887 8.9873 .4000 ii 0.9986 i 9972 2.9938 3-9944 4-9930 5.9915 6.9901 7-9887 8.9873 .4000 12 0.9986 1.9972 2.9958 3-9943 4.9929 5-9915 6.9901 7.9887 8.9873 .4000 13 0.9986 1-9972 2.9958 3-9943 4-9929 5.9915 6.9901 7-9887 .4000 14 0.9986 1.9972 2.9957 3-9943 4.9929 5.9915 6.9901 7-9887 8^872 .4000 15 0.9986 J-9972 2-9957 3-9943 4-9929 5.9915 6.9901 7-9886 8.9872 .4000 16 0.9986 1.9972 2.9957 3-9943 4.9929 5-9915 6.9900 7.9886 8.9872 .4000 17 0.9986 1.9972 2-9957 3-9943 4.9929 5-9915 6.9900 7.9886 8.9872 .4000 18 0.9986 1.9971 2.9957 3-9943 4.9929 5-9914 6.9900 7.9886 8.9872 .4000 19 0.9986 i. 9971 2-9957 3-9943 4.9920 5-9914 6.9900 7.9886 8.9871 .4000 20 0.9986 1.9971 2-9957 3-9943 4-9928 5.99H 6.9900 7.9885 8.9871 .4000 21 0.9986 1.9971 2.9957 3-9943 4.9928 5.9914 6.9899 7-9885 8.9871 3999 22 0.9986 1.9971 2-9957 3.9942 4.9928 5.99I3 6.9899 7-9885 8.9870 3999 23 0.9986 1.9971 2.9957 3-9942 4.9928 5-9913 7.9884 8.9870 3999 24 0.9985 I.997I 2.9956 3-9942 4.9927 5-9913 6 9898 7-9884 8.9869 3999 25 0.9985 1.9971 2.9956 3-9942 4.9927 5.9913 6.9898 7.9884 8.9869 3999 26 0.9985 1.9971 2.9956 3-9942 4-9927 5-9912 6.9898 7-9883 8.9869 3999 27 0.9985 1.9971 2.9956 3-9941 5-9912 6.9898 7.9883 8.9868 3999 28 0.9985 I.997I 2.9956 3-9941 4^27 5-9912 6.9897 8.9868 3999 29 0.9985 i. 9971 2.9956 3-9941 4-9926 5.9912 6.9897 7^882 8.9868 -3999 30 0.9985 1.9970 2.9956 3-9941 4.9926 5-99H 6.9897 7.9882 8.9867 -3999 3I 0.9985 1.9970 2.9956 3-9941 4.9926 5-99U 6.9896 7.9881 8.9867 -3999 32 0.9985 1.9970 2-9955 3-9940 4.9926 5-99H 6.9896 7.9881 8 . 9866 3999 33 0.9985 1.9970 2-9955 3-9940 4.9925 5-9910 6.9895 7.9880 8.9866 3999 34 0.9985 1.9970 2-9955 3-9940 5.9910 6.9895 7.9880 8.9865 3999 35 0.9985 1.9970 2-9955 3-9940 4.9925 5-9910 6.9895 7.9880 8.9865 3999 36 0.9985 1.9970 2-9955 3.9940 4.9924 5.9909 6.9894 7.9879 8.9864 3999 0.9985 1.9970 2-9954 3-9939 4.9924 5.9909 6.9894 7.9879 8.9863 3999 38 0.9985 1.0970 2-9954 3-9939 4-9924 6.9893 7.9878 8.9863 3999 39 0.9985 1.9969 2-9954 3-9939 4-9924 5.9908 6.9893 7.9878 8.9862 3999 40 0.9985 1.9969 2-9954 3-9939 4-9923 5.9908 6.9893 7.9877 8.9862 3999 4i 0.9985 1.9969 2-9954 3-9938 4-9923 5.9907 6.9802 7.9877 8.9861 3998 42 0.9984 1.9969 2-9953 3-9938 4-9922 5.9907 6.9891 7.9876 8.9860 3998 43 0.9984 1.9969 2-9953 3-9938 4-9922 5-9907 6.9891 7.9875 8.9860 3998 44 0.9984 1.9969 2-9953 3-9937 4-9922 5.9906 6.9890 7.9875 8.9859 3998 45 0.9984 1.9960 2.9953 3-9937 4.9921 5.9906 6 . 9890 7.9874 8.9858 3998 46 0.9984 1.9968 2-9953 3-9937 4.9921 5-9905 6.9889 7.9874 8.9858 3998 47 0.9984 1.9968 2.9952 3-9936 4.9921 5.9905 6.9889 7.9873 8.9857 3998 48 0.9984 1.9968 2.9952 3-9936 4-9920 5.9904 6.9888 7.9872 8 . 9856 3998 49 50 0.9984 0.9984 1.9968 1.9968 2.9952 2.9952 3-9936 3.9936 4.9920 4.9919 5.9904 5.9903 6.9888 6.9887 7-9872 7.9871 8.9856 8.9855 3998 3998 51 0.9984 1.9968 2.9951 3-9935 4-9919 5.9903 6.9887 7.9870 8.9854 .3998 52 0.9984 1.9967 2.9951 3-9935 4.9919 5.9902 6.9886 7.9870 9853 3998 53 0.9984 1.9967 2.9951 3-9934 4-99i8 5.9902 6.9885 7-9869 8.9852 3998 0.9984 1.9967 2.9951 3-9934 4.9918 5-9901 6.9885 7.9868 8.9852 3998 55 0.9983 1.9967 2.995o 3-9934 4-9917 5-9901 6.9884 7.9867 9^51 3998 56 0.9983 1.9967 2.0950 3-9933 4-9917 5.9900 6.9883 7.9867 8.9850 .3998 1 0.9983 0.9983 1.9966 1.9966 2.9950 2.9949 3-9933 3-9933 4.9916 4.9916 5-9899 6.9883 6.9882 7.9866 7.965 8.9849 8.9848 .3998 .3998 0.9983 1.9966 2-9949 3-9932 4.9915 5.9898 6.9881 7.9864 8.9847 .3998 60 0.9983 1.9966 2.9949 3-9932 4.9915 5.9898 6.9881 7.9864 8.9847 .3998 HEIGHTS. 1 2 3 4 5 6 7 8 9 b r o.oooo 0.0000 o.oooo 0.0000 . 0000 o.oooo o.oooo . 0000 o.oooo 0.0000 00 0.0003 o . 0006 o . 0009 O.OOI2 0.0015 0.0017 0.0020 0.0023 0.0026 0.0004 01 0.0006 0.0012 0.0017 0.0023 0.0029 0.0035 0.0041 0.0046 0.0052 0.0008 02 0.0009 0.0017 0.0026 0.0035 0.0044 0.0052 o . 0061 0.0070 0.0078 O.OOI2 03 0.0012 0.0023 0.0035 0.0046 0.0058 o . 0070 0.0081 0.0093 0.0105 0.0016 04 O.OOI5 0.0029 0.0044 0.0058 0.0073 o . 0087 0.0102 0.0116 0.0131 O.OO20 5 0.0017 0.0035 0.0052 0.0070 0.0087 0.0105 0.0122 0.0139 0.0157 0.0024 06 . 0020 0.0041 0.0061 0.0081 O.OI02 O.OI22 0.0142 0.0163 0.0183 0.0029 07 0.0023 0.0046 0.0070 0.0093 0.0116 0.0139 0.0163 0.0180 0.0209 0.0033 08 0.0026 0.0052 0.0078 0.0105 0.0131 0.0157 0.0183 0.0209 0.0235 0.0037 eg 0.0029 0.0058 0.0087 0.0116 0.0145 0.0174 0.0203 0.0232 0.0261 0.0041 10 0.0032 o . 0064 0.0096 0.0128 0.0100 0.0192 0.0224 0.0256 0.0288 0.0045 II 0.0035 o . 0070 0.0105 0.0139 0.0174 0.0209 0.0244 0.0279 0.0314 0.0049 12 0.0038 0.0076 0.0113 0.0151 0.0189 o . 0227 o . 0264 o . 0302 o . 0340 0.0053 13 O.OO4I 0.0081 0.0122 0.0163 0.0203 0.0244 0.0285 0.0325 0.0366 0.0057 H 0.0044 0.0087 O.OI3I 0.0174 0.0210 0.0261 0.0305 0.0349 0.0392 0.0061 i5 o . 0046 0.0093 O.OI39 0.0186 0.0232 0.0279 0.0325 0.0372 0.0418 0.0065 16 0.0049 0.0099 0.0145 0.0198 0.0247 0.0296 0.0346 0.0395 0.0444 0.0069 17 0.0052 0.0105 0.0157 0.0209 0.0261 0.0314 0.0366 0.0418 0.0471 0.0073 18 0.0055 O.OIIO 0.0166 O.O22I 0.0276 0.0331 0.0386 0.0442 0.0497 0.0077 19 0.0058 0.0116 0.0174 0.0232 0.0290 0.0349 0.0407 0.0465 0.0523 0.0081 20 0.0061 0.0122 0.0183 0.0244 0.0305 0.0366 0.0427 0.0488 0.0549 0.0086 21 o . 0064 0.0128 0.0192 0.0256 0.0320 0.0383 0.0447 0.0511 o.o575 0.0090 22 0.0067 0.0134 O . 02OO 0.0267 0.0334 0.0401 0.0468 o . 0534 0.0601 0.0094 23 0.0070 0.0139 O . 020Q o . 0279 0.0349 0.0418 0.0488 0.0558 0.0627 0.0098 24 0.0073 0.0076 0.0145 0.0151 0.0218 0.0227 0.0290 o . 0302 0.0363 0.0378 0.0436 0.0453 0.0508 0.0529 0.0581 0.0604 0.0654 0.0680 O.OI02 0.0106 3 0.0078 0.0157 0.0235 0.0314 0.0392 0.0471 0.0549 o . 0627 0.0706 O.OIIO 27 0.0081 0.0163 0.0244 0.0325 0.0407 0.0488 0.0569 0.0651 0.0732 0.0114 28 0.0084 0.0168 0.0253 0.0337 0.0421 0.0505 0.0590 0.0674 0.0758 0.0118 29 0.0087 0.0174 0.0261 0.0349 0,0436 0.0523 0.0610 0.0697 0.0784 0.0122 30 0.0090 0.0180 0.0270 o . 0360 0.0450 0.0540 0.0630 0.0720 0.0810 0.0126 31 0.0093 0.0186 o . 0279 0.0372 0.0465 0.0558 0.0651 0.0744 0.0837 0.0130 32 0.0096 0.0192 0.0288 0.0^83 0.0479 0.0575 0.0671 o . 0767 0.0863 0.0134 33 0.0099 0.0198 0.0296 0.0395 0.0494 0.0593 0.0691 0.0790 0.0889 0.0138 34 0.0102 0.0203 0.0305 o . 0407 0.0508 0.0610 0.0712 0.0813 0.0915 0.0143 35 0.0105 0.0209 0.0314 0.0418 0.0523 0.0627 0.0732 0.0836 0.0941 0.0147 36 0.0107 0.0215 0.0322 0.0430 0.0537 0.0645 0.0752 0.0860 0.0967 0.0151 O.OIIO 0.0113 0.0221 O.O227 0.0331 0.0340 0.0441 0.0453 0.0552 0.0566 o . 0662 0.0680 0.0773 0.0793 0.0883 0.0906 0.0993 0.1019 0.0155 0.0159 39 O.OIIO 0.0232 0.0349 0.0465 0.0581 0.0697 0.0813 0.0929 0.1046 0.0163 40 0.0119 0.0238 0.0357 0.0476 0.0595 0.0715 0.0834 0.0953 0.1072 0.0167 41 0.0122 0.0244 0.0366 0.0488 0.0610 0.0732 0.0854 0.0976 0.1098 0.0171 42 0.0125 O.025O 0.0375 0.0500 0.0624 0.0749 0.0874 0.0999 0.1124 0.0175 43 O.OI2S 0.0256 0.0383 0.0511 0.0639 0.0767 0.0895 0.1022 0.1150 0.0179 44 O.OI3I 0.026l o . 0392 0.0523 0.0654 0.0784 0.0915 o . 1046 0.1176 0.0183 45 0.0134 o . 0267 0.0401 0.0534 0.0668 0.0802 0.0935 0.1069 0.1202 0.0187 46 0.0137 0.0273 0.0410 0.0^46 0.0683 0.0819 0.0956 0.1092 0.1229 0.0191 47 0.0139 0.0279 0.0418 0.05^8 0.0697 0.0836 0.0976 0.1115 0.1255 0.0195 48 0.0142 0.0285 0.0427 0.0^69 0.0712 0.0854 0.0996 0.1138 O.I28I O.O200 49 0.0145 0.0290 0.0436 0.0581 o . 0726 0.0871 0.1017 0.1162 0.1307 o . 0204 50 0.0148 0.0296 0.0444 0.0592 0.0741 0.0889 0.1037 0.1185 0.1333 0.0208 51 O.OI5I 0.0302 0.0453 o . 0604 0.0755 0.0906 0.1057 0.1208 0.1359 O.02I2 52 0.0154 0.0308 0.0462 0.0616 0.0770 0.0923 0.1077 0.1231 0.1385 0.0216 53 0.0157 0.0314 o . 0470 0.0627 0.0784 0.0941 0.1098 0.1254 0.1411 O.O22O 54 0.0160 0.0319 0.0479 0.0639 0.0799 0.0958 0.1118 0.1278 0.1437 0.0224 55 0.0163 0.0325 0.0488 0.0650 0.0813 0.0976 0.1138 0.1301 0.1463 0.0228 56 0.0166 0.0331 0.0497 o . 0662 0.0828 0.0993 0.1159 o. 1324 0.1490 0.0232 57 0.0168 0.0337 0.0505 0.0674 0.0842 O.IOII 0.1179 0.1348 0.1516 0.0236 58 0.0171 0.0343 0.0^14 0.0685 0.0857 0.1028 0.1199 0.1371 0.1542 o . 0240 59 0.0174 0.0349 0.0523 0.0697 0.0871 0.1046 0.1220 0.1394 0.1568 0.0244 60 DISTANCES. p 1 2 3 4 5 6 7 8 9 a 00 0.9983 1.9966 2.9949 3-9932 4.9915 5.9898 6.9881 7.9864 8.9847 3998 01 0.9983 1.9966 2-9949 3-9931 4.9914 5.9897 6.9880 7-9863 8.9846 3997 02 0.9983 1.9965 2.9948 3-9931 4.9914 5-9896 6.9879 7.9862 8.9845 3997 03 0.9983 1.9965 2.9948 3-9931 4.9913 5.9896 6.9878 7.986! 8.9844 3997 04 0.0983 1.9965 2.9948 3-9930 4.9913 5-9895 6.9878 7.9860 8.9843 3997 05 0.9982 1.9965 2.9947 3-9930 4.9912 5.9894 6.9877 7.9859 8.9842 3997 06 0.0982 1.9965 2.9947 3-9929 4.9912 5.9894 6.9876 7.9858 8.9841 3997 07 0.9982 1.9964 2-9947 3-9929 4.9911 5.9893 6.9875 7.9858 8.9840 3997 08 0.0982 1.9964 2.9946 3.9928 4.9910 5.9892 6.9875 7.9857 8.9839 3997 09 0.9982 1.9964 2.9946 3.9928 4.9910 5-9892 6.9874 7-9856 8.9838 3997 10 0.9982 1.9964 2.9946 3.9927 4.9909 5.9891 6.9873 7.9855 8.9837 3997 ii 0.9982 1.9963 2.9945 3-9927 4.9909 5.9890 6.9872 7.9854 8.9836 3997 12 0.9982 1.9963 2-9945 3.9926 4.9908 5.9890 6.9871 7.9853 8.9834 3997 13 0.9981 1.9963 2-9944 3.9926 4.9907 5 9889 6.9870 7.9852 8.9833 3997 14 0.9981 1.9963 2-9944 3.9925 4.9907 5^9888 6.9870 7.9851 8.9832 3996 15 0.9981 1.9962 2.9944 3.9925 4.9906 5.9887 6.9869 7-9850 8.9831 3996 16 0.9981 1.9962 2-9943 3.9924 4.9906 5.9887 6 . 9868 7.9849 8.9830 3996 17 0.9981 1.9962 2.9943 3.9924 4.9905 5.9886 6.9867 7-9848 8.9829 3996 18 0.9981 1.9962 2.9943 3-9923 4.9904 5.9885 6.9866 7.9847 8.9828 3996 19 0.9981 1.9962 2.9942 3.9923 4.9904 5-9884 6.9865 7-9846 8.9827 3996 20 0.9981 1.9961 2.9942 3.9922 4.9903 5.9884 6.9864 7.9845 8.9825 3996 21 0.9980 1.9961 2.9941 3-9922 4-9902 5.9883 6.9863 7.9844 8.9824 3996 22 0.9980 1.9961 2.9941 3-9921 4.9902 5.9882 6.9862 7.9842 8.9823 3996 23 0.9980 1.9960 2.9941 3.9921 4.9901 5.9881 6.9861 7.9841 8.9822 3996 24 0.9980 1.9960 2.9940 3-9920 4.9900 5.9880 6.9860 7.9840 8.9820 .3996 25 0.9980 1.9960 2.9940 3.9920 4-9899 5.9879 6.9850 7.9839 8.9810 3995 26 0.9980 J -9959 2.9939 3-9919 4 . 9899 5-9878 6.9858 7.9838 8.9818 3995 27 0.9980 1.9959 2-9939 3.9918 4.9898 5.9878 6.9857 7.9837 8.9816 3995 28 0.9979 1-9959 2.9938 3-99i8 4.9897 5.9877 6.9856 7.9836 8.9815 3995 29 0.0979 2.9938 3.99I7 4-9897 5.9876 6.9855 7.9834 8.9814 3995 30 0.9979 1.9958 2-9937 3-9917 4.9896 5.9875 6.9854 7.9833 8.9812 3995 31 0-9979 1.9958 2.9937 3-99i6 4.9895 5.9874 6.9853 7-98.32 8.9811 3995 32 0.9979 1.9958 2-9937 3-9915 4.9894 5.9873 6.9852 7-9831 8.9810 3995 33 0.9979 1-9957 2.9936 3-9915 4.993 5.9872 6.9851 7 . 9829 8.9808 3995 34 0.9979 1-9957 2.9936 3.99I4 4.9893 5.9871 6.9850 7 9828 8.9807 3995 9 0.9978 0.9978 1-9957 1-9956 2-9935 2-9935 3.9913 3.9913 4.9892 4-9891 5-9870 5-9860 6.9849 7-9827 7.9826 8.9805 8.9804 3995 3994 I 0.9978 0.0978 1.9956 1-9956 2-9934 2-9934 3-9912 3-99II 5.9868 5.9867 6.9846 6.9845 7.9824 7-9823 8.9802 8.9801 3994 3994 39 0.9978 1-9955 2-9933 3-99" 4.9889 5-9866 6.9844 7.9822 8.9799 3994 40 0.9978 1-9955 2-9933 3.9910 4.9888 5.9865 6.9843 7.9820 8.9798 3994 41 0.9977 1-9955 2.9932 3.9909 4.9887 5.9864 6.9842 7 9819 8.9796 3994 42 0.9977 1-9954 2.9932 3-9909 4.9886 5.9863 6.9840 7.'98i8 8-9795 3994 43 0.9977 1-9954 2-9931 3.9908 4.9885 5.9862 6.9839 7.9816 8-9793 3994 44 0.9977 1-9954 2-9931 3-9907 4.9884 5.96i 6.9838 7.9815 8.9792 3994 45 0.9977 1-9953 2.9930 3.9907 4.9883 5-9860 6.9837 7.98i3 8.9790 3994 46 0.9976 1-9953 2.0929 3-9906 4.9882 5.9859 6.9835 7.9812 8.9788 3993 47 0.9976 1-9953 2.9920 3-9905 4.9882 5-9858 6.9834 7.9810 8.9787 3993 48 0.0976 1-9952 2.9928 3.9905 4.9881 5.9857 6.9833 7.9805 8.9785 3993 49 0,0976 1-9952 2.9928 3.9904 4.9880 5.9856 6.9832 7.9808 8.9784 3993 5o 0.9976 1-9952 2.9927 3-9903 4.9879 5.9855 6.9830 7.9806 8.9782 3993 5i 0.9976 1.9951 2.9927 3-9902 4.9878 5.9854 6.9829 7.9805 8.9780 3993 52 0.9975 I-995I 2.9926 3.9902 4.9877 5.9852 6 9828 7-9803 8.9779 3993 53 0.9975 1.9950 2.9926 3-9901 4-9876 5.9851 6.9826 7.9802 8.9777 3993 54 0.9975 1-9950 2.9925 3-9900 4.9875 5.9850 6.9825 7.9800 8.9775 3993 55 0.9975 1.9950 2.9924 4.9874 5-9849 6.9824 7.9798 8-9773 3992 56 0-9975 1.9949 2.9924 3.9898 4.9873 5.9848 6.9822 7-9797 8.9772 3992 57 0-9974 1.9949 2.9923 3.9898 4.9872 5.9847 6.9821 7-9795 8.9770 3992 58 59 0.9974 0.9974 1.9948 1.9948 2.9923 2.9922 3.9897 3.9896 4.9871 4.9870 5.945 5.9844 6.9820 6.9818 7-9794 7-9792 8.9768 8.9766 3992 3992 60 0-9974 1.9948 2.9922 3.9895 4.9869 5.9843 6.9817 7-9791 8.9765 3992 HEIGHTS. 1 2 3 4 5 6 7 8 9 b r 0.0174 0349 0.0523 0.0697 0.0871 o . 1046 0.1220 o.i394 0.1568 .0244 00 0.0177 0.0354 0.0531 0.0708 0.0886 0.1063 0.1240 0.1417 0.1594 .0248 I o.oiSo 0.0360 0.0540 0.0720 0.0900 0.1080 0.1260 0.1440 0.1620 0253 2 0.0183 0.0366 0.0549 0.0732 0.0915 0.1098 0.1281 0.1464 0.1647 .0257 3 0.0186 0.0372 0.0558 0.0743 0.0929 0.1115 0.1301 0.1487 0.1673 .0261 04 0.0189 0.0378 0.0566 0.0755 0.0944 o.ii33 O.I32I 0.1510 0.1699 0.0265 05 0.0192 0.0383 o.o575 0.0767 0.0958 0.1150 0.1342 o.i533 0.1725 0.0269 06 0.0195 0.0389 0.0584 0.0778 0.0973 0.1167 o . 1362 o.i557 0.1751 0.0273 07 0.0197 0.0395 0.0592 0.0790 0.0987 0.1185 0.1382 0.1580 0.1777 0.0277 08 . 020O 0.0401 0.0601 0.0802 O.IOO2 0.1202 0.1403 0.1603 0.1803 0.0281 09 0.0203 0.0407 0.0610 0.0813 0.1016 0.1220 0.1423 0.1626 0.1830 0.0285 10 0.0206 0.0209 0.0412 0.0418 0.0619 0.0627 0.0825 0.0836 0.1031 0.1045 0.1237 0.1255 0.1443 0.1464 0.1649 0.1673 0.1856 0.1882 0.0289 0.0293 II 12 O.O2I2 0.0424 0.0636 0.0848 0.1060 0.1272 0.1484 0.1696 0.1908 0.0297 13 0.0215 0.0430 0.0645 0.0860 0.1075 0.1289 0.1504 0.1719 0.1934 0.0301 14 0.0218 0.0436 0.0653 0.0871 0.1089 0.1307 0.1525 0.1742 0.1960 0.0305 15 0.0221 0.0441 0.0662 0.0883 0.1104 0.1324 o. 1545 0.1766 0.1986 0.0309 16 0.0224 0.0447 0.0671 0.0894 0.1118 0.1342 0.1565 0.1789 0.2012 0.0314 i? 0.0227 0.0453 0.0680 0.0906 Q.II33 0.1359 o . i 586 0.1812 0.2039 0.0318 18 0.0229 0.0459 0.0688 0.0918 0.1147 0.1376 o 1606 0.1835 0.2065 0.0322 19 0.0232 0.0465 0.0697 0.0929 0.1162 Q.I394 0^1626 0.1858 0.2091 0.0326 20 0.0235 0.0470 0.0706 0.0941 0.1176 0.1411 0.1646 0.1882 0.2II7 0.0330 21 0.0238 0.0476 0.0714 0.0952 0.1191 0.1429 0.1667 0.1905 0.2143 0.0334 22 0.0241 0.0482 0.0723 0.0964 0.1205 0.1446 0.1687 0.1928 0.2109 0.0338 23 0.0244 0.0488 0.0732 o . 0976 O.I220 0.1463 o. 1707 0.1951 0.2195 0.0342 24 0.0247 0.0494 0.0740 0.0987 0.1234 0.1481 0.1728 0.1974 O.222I 0.0346 25 0.025O 0.0499 0.0749 0.0999 0.1249 0.1498 0.1748 0.1998 0.2247 0.0350 26 0.0253 0.0505 0.0758 O.IOIO 0.1263 0.1516 0.1768 0.2021 0.2273 0.0354 27 0.0256 0.0511 0.0767 0.1022 0.1278 o.i533 0.1789 0.2044 0.2300 0.0358 28 0.0258 0.0517 0.0775 0.1034 0.1292 0.1550 0.1809 0.2067 0.2326 0.0362 29 0.0261 0.0523 0.0784 0.1045 0.1307 0.1568 0.1829 0.2090 0.2352 0.0366 30 0.0264 0.0528 0.0793 0.1057 O.I32I 0.1585 0.1849 0.2114 0.2378 0.0371 3i o . 0267 0.0534 0.0801 0.1068 0.1336 0.1603 0.1870 0.2137 0.2404 0.0375 32 0.0270 0.0540 0.0810 0.1080 0.1350 0.1620 0.1890 0.2160 0.2430 0.0379 33 0.0273 0.0546 0.0819 0.1092 0.1365 0.1637 0.1910 0.2183 0.2456 0.0383 34 0.0276 0.0552 0.0827 0.1103 0.1379 0.1655 0.1931 . 22OO 0.2482 0.0387 35 0.0279 0.0557 0.0836 0.1115 0.1394 0.1672 0.1951 0.2230 0.2508 0.0391 36 0.0282 0.0285 0.0563 0.0569 0.0845 0.0854 0.1126 0.1138 0.1408 0.1423 0.1690 0.1707 0.1971 0.1992 0.2253 o . 2276 0.2534 0.2561 0.0395 0.0399 0.0287 0.0575 0.0862 0.1150 0.1437 0.1724 0.2012 0.2299 0.2587 0.0403 39 0.0290 0.0581 0.0871 0.1161 0.1452 0.1742 0.2032 0.2322 0.26l3 0.0407 40 0.0293 0.0586 0.0880 0.1173 0.1466 o.i759 0.2052 0.2346 0.2639 0.0411 41 0.0296 0.0592 0.0888 0.1184 O.I48I Q.I777 o . 2073 0.2369 0.2665 0.0415 42 0.0299 0.0598 0.0897 0.1196 0.1495 0.1794 0.2093 0.2392 0.2691 0.0419 43 0.0302 0.0604 0.0906 O.I20 O.I5IO 0.1811 0.2II3 0.2415 0.2717 0.042' 44 o . 0305 0.0308 0.0610 0.0615 0.0914 0.0923 0.1219 0.1231 0.1524 0.1539 0.1829 0.1846 0.2134 0.2154 0.2438 0.2462 0.2743 0.2769 o . 042; 0.0432 0.0311 0.0314 0.0621 o . 0627 0.0932 0.0941 0.1242 0.1254 0.1553 0.1568 0.1864 0.1881 0.2174 0.2485 0.2508 0.2795 0.2822 0.0436 0.0440 48 0.0316 0.0633 0.0949 0.1266 0.1582 0.1898 0.221= 0.2531 0.2848 0.044, 49 0.0319 0.0639 0.0958 0.1277 0.1597 0.1916 0.2235 0.2554 0.2874 0.0448 50 0.0322 0.0325 0.0328 0.064,: 0.0650 0.0656 0.0967 0.0975 0.0984 0.1289 0.1300 0.1312 0.1611 0.1626 0.1640 0.1933 0.1951 0.1968 0.2255 o . 2276 0.2296 0.2578 0.2601 0.2624 0.2900 0.2926 0.2952 0.0452 0.0456 o . 0460 52 53 0.0331 0.0662 0.0993 0.1324 0.1655 0.1985 0.23l6 o . 2647 0.2978 o . 046, 54 0.0334 0.0668 O.IOOI 0.1335 0.1669 o . 2003 0.2336 0.2670 0.3004 0.0468 0.0337 0.0673 O.IOIO 0.1347 0.1684 0.2020 0.2357 0.2694 0.3030 0.0472 56 0.0340 0.0679 0.1019 0.1358 0.1698 0.2038 0.2377 0.2717 0.3056 0.0476 57 0.0342 0.0685 0.1027 0.1370 0.1712 0.2055 0.2397 0.2740 0.3082 0.0480 58 0.0345 0.0691 0.1036 0.1382 0.1727 0.2072 0.2418 0.2763 0.3109 0.048 59 0.0348 0.0697 0.1045 Q.I393 0.1742 0.2O9O 0.2438 0.2786 0.3135 0.0489 60 DISTANCES. f 1 2 3 4 5 6 7 8 9 a 00 0-9974 .9948 2.9922 3.9895 4.9869 5-9843 6.9817 7.9791 8.9765 3992 01 0-9974 9947 2.9921 3.9895 4.9868 5-9842 6.9815 7-9789 8.9763 3992 02 0-9973 9947 2.9920 3.9894 5-9841 6.9814 7.9787 8.9761 3992 03 0-9973 .9946 2.9920 3.9893 4 9866 5-9839 6.9812 7-9786 8.9759 3992 04 0-9973 9946 2.9919 3-9892 4-9865 5-9838 6.9811 7-9784 8-9757 3991 05 0-9973 .9946 2.9918 3-9891 4.9864 5.9837 6.9810 7.9782 8-9755 3991 06 0-9973 9945 2.9918 3.9890 4.963 5-9835 6.9808 7.9781 8-9753 3991 07 0.9972 9945 2.9917 3 . 9889 4.9862 5.9834 6.9807 7-9779 8.9751 3991 08 0.9972 9944 2.9916 3-9889 4-9861 5 9833 6.9805 7-9777 8.9749 3991 09 0.9972 9944 2.9916 3-9888 4.9860 5-9832 6.9804 7.9776 8-9747 3991 10 0.9972 9943 2.9915 3.9887 4.9859 5-9830 6.9802 7-9774 8.9746 3991 ii 0.9972 9943 2.9915 3.9886 4.9858 5-9829 6.9801 7.9772 8.9744 3990 12 0.9971 -9943 2.9914 3-9885 4.9856 5.9828 6.9799 7-9770 8-9741 3990 13 0.9971 .9942 2.9913 3.9884 4-9855 5.9826 6-9797 7.9768 8-9739 3990 14 0.9971 .9942 2.9912 3-9883 4-9854 5-9825 6.9796 7.9767 8-9737 3990 15 0.0971 9941 2 9912 3.9882 4-9853 5-9824 6.9794 7.9765 8-9735 3990 16 0.9970 .9941 2.99U 3-9881 4.9852 5.9822 5.9793 7 9763 8-9733 3990 17 0.0970 9940 2.9910 3-9881 4.9851 5.9821 7.976i 8-9731 3989 18 0.9970 2.9910 3-988o 4.9850 5-9819 6.9789 7-9759 8.9729 3989 19 0.9970 9939 2.0909 3-9879 4.9848 5-9818 6 9788 7-9757 8-9727 3989 20 0.9969 9939 2.9908 3-9878 4.9847 5-9817 6.9786 7.9756 8.9725 -3989 21 0.0969 9938 2.9908 3.9877 4.9846 5.9815 6.9784 7-9754 8.9723 .3989 22 0.9969 9938 2.9907 3-9876 4.9845 5.9814 6.9783 7-9752 8.9721 23 9937 2.9906 3.9875 4-9844 5.9812 6.9781 7.9750 8.9718 3988 24 o . 9968 9937 2.0905 3.9874 4.9842 5.9811 6.9779 7.9748 8.9716 .3988 25 0.9968 9936 2.9905 3.9873 4-9841 5.9809 6.9778 7.9746 8.9714 .3988 26 0.9968 9936 2.9904 3-9872 4.9840 5.9808 6.9776 7-9744 8.9712 .3988 27 0.9968 9935 2.9903 3-9871 4.9839 5.9806 6.9774 7-9742 8.9710 3988 28 0.9967 9935 2.9902 3.9870 4.9837 5-9805 6.9772 7.9740 8.9707 .3987 29 0.0967 9934 2.9902 3.9869 4.9836 5-9803 6.9771 7-9738 8.9705 3987 30 0.9967 9934 2.9901 3.9868 4.9835 5.9802 6.9769 7-9736 8.9703 .3987 31 0.9967 9933 2.0000 3.9867 4-9834 5.9800 6.9767 7-9734 8.9701 3987 32 0.9966 9933 2.9899 3.9866 4^832 5-9799 6-9765 7-9732 8.9698 .3987 33 0.9966 9932 2.9899 3-9865 4-9831 5-9797 6.9764 7-9730 8.9696 3987 34 9932 2 0808 3.9864 4.9830 5.9796 6.9762 7.9728 8.9694 .3986 0.9966 9931 2 '.9897 3-9863 J.9828 5-9794 6.9760 7.9726 8.9601 3986 36 0.0965 9931 2.9896 3-9862 4.9827 5-9793 6.9758 7.9723 8.9689 3986 37 0.9965 9930 2.9896 3-9861 4.9826 5-9791 6.9756 7-9721 8.9687 3986 38 0.9965 9930 2.9895 3-9860 4-9825 5 9789 6-9754 7.9719 8.9684 3986 39 0.9965 .9929 2.9894 3.9859 4.9823 5.9788 6-9753 7.9717 8.9682 3985 40 0.9964 9929 2.9893 3.9858 4.9822 5-9786 6.9751 7.9715 8.9680 .3985 41 0.9964 .9928 2.9892 3.9856 4.9821 5-9785 6.9749 7.9713 8.9677 .3985 42 0.9964 .9928 2.9891 3.9855 4.9819 5-9783 6.9747 7-97II 8.9674 .3985 43 44 0.9964 0.9963 .9927 9927 2.9891 3.9854 3.9853 4.9818 4.9816 5.9781 5.978o 6-9745 6-9743 7.9708 7.97o6 8.9672 8.9669 .3985 .3984 45 0-9963 .9926 2.9889 3-9*52 4.98i5 5-9778 6-9741 7.9704 8.9667 .3984 46 0.9963 .9925 2 . 9888 3-985I 4-9814 5-9776 6-9739 7.9702 8.9664 .394 47 0.9962 .9925 2.9887 3-9850 4.9812 5-9775 6.9737 7.97oo 8.9662 .3984 48 0.9962 9924 2.9886 3.9849 4.9811 5-9773 6.9735 7.9697 8.9659 3984 49 0.0962 .9924 2.9886 3-9848 4.9809 5-9771 6.9733 7.9695 8.9=57 3983 50 0.9962 9923 2.9885 3-9846 4.9808 5-9770 6.9731 7.9693 8.9654 3983 52 0.9961 0.9961 9923 .9922 2.9884 2.9883 3.9845 3-9844 4-9807 4.9805 5-9768 5.9766 6.9729 6.9727 7.9690 7.9688 8.9652 8.9649 .3983 3983 53 54 0.9961 0.9960 .9921 9921 2.9882 2.9881 3-9843 3-9842 4.9804 4.9802 5.9764 5.9763 6.9725 6.9723 7.9686 7.9683 8.9646 8.9644 .3983 .3982 55 0.9960 9920 2.9880 3-9841 4.9801 5-976i 6.9721 7.9681 8.9641 .3982 56 0.9960 .9920 2.9879 3-9^39 4-9799 5-9759 6.9719 8.9638 3982 57 0.9960 .9919 2.9879 3-9838 4-9798 5-9757 6.9717 7.9676 8.9636 3982 58 0.9959 .9918 2.9878 3.9837 4.9796 5-9756 6.9715 7.9674 8.9633 .398i 59 0.9959 .9918 2.9877 3-9836 4-9795 5-9754 6.9713 7.9672 8.9631 .398i 60 0.0959 .9917 2.9876 3.9835 4-9793 5-9752 6.9711 7.9669 8.9628 .3981 HEIGHTS. 1 2 3 4 5 6 7 8 9 b t 0.0348 0.0697 0.1045 Q.I393 0.1742 0.2090 0.2438 0.2786 0.3135 0.0489 00 0.0351 o . 0702 0.1054 0.1405 0.1756 0.2107 0.2458 0.2810 0.3161 0.0493 01 0.0354 0.0708 0.1062 0.1416 0.1771 0.2125 0.2479 0.2833 0.3187 0.0497 02 0.0357 0.0714 0.1071 0.1428 0.1785 0.2142 0.2499 0.2856 0.3213 0.0301 03 0.0360 0.0720 o . 1080 0.1440 0.1800 0.2159 0.2519 o . 2879 0.3239 0.0505 04 ! 0.0363 0.0726 0.1088 0.1451 0.1813 0.2177 0.2540 0.2902 0.3265 0.0509 o| ! 0.0366 0.0731 0.1097 0.1463 0.1828 0.2194 0.2560 0.2926 0.3291 0.0513 06 0.0369 0.0737 0.1106 0.1474 0.1843 0.2212 0.2580 0.2949 o.33i7 0.0517 07 0.0371 0.0743 0.1114 0.1486 0.1857 O.2229 0.2600 0.2972 0-3343 0.0521 08 0.0374 0.0749 0.1123 0.1498 0.1872 0.2246 0.2621 0.2995 0.3370 0.0525 09 0.0377 0.0755 0.1132 0.1509 0.1886 0.2264 0.2641 0.3018 0.3396 0.0529 10 0.0380 0.0760 0.1141 0.1521 0.1901 0.228l 0.2661 0.3042 0.3422 0.0533 ii 0.0383 0.0766 0.1149 0.1532 0.1915 0.2299 0.2682 0.3065 0.3448 0.0537 12 0.0386 0.0772 0.1158 o.i544 0.1930 0.2316 0.2702 0.3088 0-3474 0.0541 13 0.0389 0.0778 0.1167 0.1556 o. 1944 0.2333 0.2722 0.3111 0.3500 0.0546 14 0.0392 0.0783 0.1175 0.1567 0.1959 0.2350 0.2742 o.3i34 0.3526 0.0550 15 0.039; 0.0789 0.1184 0.1578 o.i973 0.2368 0.2762 o.3i57 0.3552 0.0554 16 0.0398 0.0793 0.1193 0.1590 0.1988 0.2385 0.2783 0.3180 0.3578 0.0558 17 0.0400 0.0801 O.I20I 0.1602 0.2002 0.2402 0.2803 0.3203 0.3604 0.0562 18 0.0403 0.0807 O.I2IO 0.1613 0.2017 o . 2420 0.2823 0.3226 0.3630 0.0566 19 0.0406 0.0812 O.I2I9 0.1625 0.2031 0.2437 0.2843 0.3250 0.3656 0.0570 20 0.0409 0.0818 0.1227 0.1636 o . 2046 0.2455 0.2864 0.3273 0.3682 0.0574 21 0.0412 0.0824 0.1236 0.1648 0.2000 0.2472 0.2884 0.3296 0.3708 0.0578 22 0.0415 0.0830 0.1245 0.1660 0.2075 0.2489 0.2904 o.33i9 0.3734 0.0582 23 0.0418 0.0836 0.1253 0.1671 o . 2089 0.2507 0.2925 0.3342 0.3760 0.0586 24 0.0421 0.0841 0.1262 0.1683 0.2103 0.2524 0.3366 0.3786 0.0590 25 0.0424 0.0847 0.1271 0.1694 0.2II8 0.2542 0.2965 0.3389 0.3812 26 0.0426 0.0853 0.1279 0.1706 0.2132 0.2559 0.2985 0.3412 0.3838 0.0598 27 0.0429 0.0859 o. 1280 0.1718 0.2147 0.2576 0.3006 0-3435 0.3865 0.0602 28 0.0432 o . 0865 0.1297 0.1729 0.2161 0.2594 0.3026 0.3458 0.3891 0.0607 29 0.0435 0.0870 0.1306 0.1741 0.2176 0.26II 0.3046 0.3482 0.3917 0.0611 30 0.0438 0.0876 0.1314 0.1752 0.2190 0.2629 0.3067 0.3505 0-3943 0.0615 3i 0.0441 0.0882 0.1323 0.1764 0.2205 0.2646 0.3087 0.3528 0.3969 0.0619 32 0.0444 0.0888 1331 0.1775 0.2219 0.2663 0.3107 0.3551 0-3995 0.0623 33 0.0447 0.0893 0.1340 0.1787 0.2233 0.2680 0.3127 0-3574 0.4021 0.0627 34 0.0450 0.0899 0.1349 0.1798 0.2248 0.2698 0.3T47 0-3597 0.4047 0.0631 35 0.0453 0.0905 0.1358 0.1810 o . 2263 0.2715 0.3168 0.4073 0.0635 36 0.0455 0.0911 0.1366 0.1822 0.2277 0.2732 0.3188 0^3643 0.4099 0.0639 0.0458 0.0917 0.1375 0.1833 o . 2292 0.2750 0.3208 0.3666 0.4125 0.0643 38 0.0461 0.0464 o . 0922 0.0928 0.1384 0.1392 0.1845 0.1856 0.2306 0.2321 0.2767 0.2785 0.^228 0.3249 0.3690 o.37i3 0.4151 0.4177 0.0647 0.0651 39 40 0.0467 0.0934 0.1401 0.1868 0.2335 0.2802 0.3269 0.3736 0.4203 0.0655 4i 0.0470 0.0473 0.0940 0.0946 0.1410 0.1418 0.1880 0.1891 0.2350 0.2364 0.28l9 0.2837 0.3289 0.3310 0-3759 0.3782 0.4229 0.4255 0.0659 0.0664 42 43 0.0476 0.0951 0.1427 0.1903 0.2378 0.2854 0-3330 0.3806 0.4281 0.0668 44 0.0479 0.0957 0.1436 0.1914 0.2393 o . 2872 0-3350 0.3829 0.4307 0.0672 45 0.0481 0.0963 0.1444 0.1926 0.2407 o . 2889 0.3370 0.3852 0.4333 0.0676 46 0.0484 0.0969 0.1453 0.1937 0.2422 0.2906 0-3390 o.387 0.4359 0.0680 47 0.0487 0.0974 0.1462 0.1949 0.2436 0.2923 0.3410 0.3898 0.4385 0.0684 48 0.0490 0.0980 0.1470 0.1960 0.2451 0.2941 o.343i 0.3921 0.4411 0.0688 49 0.0493 0.0986 0.1479 0.1972 0.2465 0.2958 o.345i 0.3944 0.4437 0.0692 50 0.0496 0.0992 0.1488 0.1984 0.2480 0.2975 0.3471 0.3967 0.4463 0.0696 5i 0.0409 0.0998 0.1496 0.1995 0.2494 0.2993 0.3492 0.3990 0.4489 0.0700 52 0.0502 0.1003 0.1505 0.2007 0.2508 0.3010 0.3512 0.4014 o.45i5 0.0704 53 0.0505 0.1009 0.1514 0.2018 0.2523 0.3028 0-3532 0.4037 0.4541 0.0708 54 0.0507 0.1015 0.1522 0.2030 0.2537 0.3045 0.3552 o . 4060 0.4567 0.0712 55 0.0510 O.I02I 0.1531 0.2042 0.2552 0.3062 0-3573 0.4083 0-4593 0.0716 56 0.0513 0.1026 0.1540 0.2053 0.2566 0.3079 0-3593 0.4106 0.4619 0.0721 57 0.0516 0.1032 0.1548 o . 2064 0.2581 0.3097 0.3613 0.4129 0.4645 0.0725 58 0.0519 0.1038 0.1557 0.2076 0.2595 0.3114 0.3633 0.4152 0.4671 0.0729 59 0.0522 0.1044 0.1566 0.2088 0.2610 0.3131 0.3653 0.4175 0.4697 0.0733 60 DISTANCES. F 1 2 3 4 5 6 7 8 9 a 00 0.9959 1.9917 2.9876 3-983S 4-9793 5-9752 6.9711 7.9669 8.9628 3981 01 0.9958 I.99I7 2.9875 3.9833 4.9792 5-9750 6.9708 7.9667 8.9625 .3981 02 0.9958 1.9916 2.9874 3-9832 4-9790 5.9748 6.9706 7.9664 8.9622 -3981 3 0.9958 2.9873 3-9831 4.9789 5-9746 6.9704 7.9662 8.9619 .3980 04 0-9957 1.9915 2.9872 3-9830 4.9787 5-9744 6.9702 7.9659 8.9617 .3980 05 0.9957 1.9914 2.9871 3-9828 4.9785 5-9743 6.9700 7.9657 8.9614 .3980 06 0-9957 1.9914 2.9870 3-9827 4.9784 5-9741 6.9697 7.9654 8.9611 .3980 c7 0.9956 I.99I3 2.9860 3-9826 4.9782 5-9739 6.9695 7-9652 8.9608 .3980 08 0.9956 1.9912 2.9868 3-9825 4 978 i 5-9737 6.9693 7.9649 8.9605 3979 09 0.9956 1.9912 2.9868 4-9779 5-9735 6.9691 7.9647 8.9603 3979 10 0-9956 1.9911 2.9867 3 '9822 4.9778 5-9733 6.9689 7.9644 8.9600 3979 II 0.9955 1.9910 2.9866 3.92i 4-9776 5-9731 6.9686 7.9642 8-9597 3979 12 0-9955 1.9910 2.9865 3-9819 4-9774 5.9729 6.9684 7.9639 8-9594 3978 13 0-9955 1.9909 2.9864 3-9818 4-9773 5-9727 6.9682 7.9636 8.9591 3978 14 0-9954 1.9908 2.9863 3.98i7 4-9771 5-9725 6.9679 7.9634 8.9588 3978 15 0-9954 1.9908 2.9862 3-98i6 4.9769 5-9723 6.9677 7-9631 8.9585 -3978 16 0-9954 1.9907 2.9861 3-9814 4.9768 5-9721 6.9675 7.9628 8.9582 3977 17 0-9953 1.9906 2.9860 3.9813 4.9766 5.9719 6.9673 7.9626 8-9579 3977 18 0-9953 1.9906 2.9859 3-9812 4.9764 5-9717 6.9670 7-9623 8.9576 3977 19 20 0.9953 0.9952 1.9005 1.9904 2.9858 2.9857 3-9810 3.9809 4.9763 4.9761 5-9715 5-9713 6.0668 6.9666 7.9621 7.9618 8.9573 8-9570 3977 3976 21 0.0952 1.9904 2.9856 3.98o8 4-9759 5.9711 6.9663 7.9615 8.9567 -3976 22 0.9952 1.9903 2.9855 3-9806 4.975 5.9709 6.9661 7.9612 8.9564 -3976 23 o.995i 1.9902 2.9854 3-9805 9756 5-9707 6.9658 7.9610 8.9561 -3976 24 0.9951 1.9902 2.9853 3-98o3 4-9754 5-9705 6.9656 7.9607 8.9558 .3975 0.9951 1.9901 2.9852 3-9802 4-9753 5.97o3 6.9654 7.9604 8-9555 -3975 26 0.0950 1.9900 2.98^0 3.98oi 4-9751 5.9701 6.9651 7.9601 8-9551 -3975 27 0.9950 1.9900 2.9849 4-9749 5-9699 6.9649 7-9599 8.9548 3975 28 0.9949 1.9899 2.9848 3.9798 4-9747 5.9697 6.9646 7-9596 8.9545 -3974 29 0.9949 1.9898 2.9847 3-9797 4-9746 5.9695 6.9644 7-9593 8-9542 -3974 30 0.9949 1.9898 2.9846 3-9795 9744 5.9693 6.9641 7.9590 8-9539 3974 31 0.9948 1.9897 2.9845 3-9794 9742 5-9691 6.9639 7.9587 8.9536 3973 32 0.9948 1.9896 2.9844 3-9792 9740 5.9688 6.9636 7.9584 8.9533 3973 33 0.9948 1.9895 2.9843 9738 5-9686 6.9634 7.9582 8.9529 3973 34 0.9947 1.9895 2.9842 3-9789 4-9737 5.9684 7-9579 8.9526 3973 0-9947 1.9894 2.9841 9735 5.9682 6.9629 7.9576 8.9523 -3972 36 0.9947 1.9893 2.9840 3*9786 9733 5.9680 6 9626 7-9573 8.9519 -3972 37 0.9946 1.9893 2.9839 9731 5.9678 6.9624 7-9570 8.9516 3972 38 0.9946 1.9892 2.9838 3.9784 .9729 5.9675 6.9621 7.9567 8.9513 3972 39 0.9946 1.9891 2.9837 .9728 5.9673 6.9619 7.9564 8.9510 3971 40 0-9945 1.9890 2.9835 3.978i .9726 5.9671 6.9616 7.956i 8.9506 3971 41 0-9945 1.9890 2.9834 3-9779 4.9724 5.9669 6.9613 7-9558 8.9503 3971 42 0.9944 i . 9889 2.9833 3-9778 4.9722 5 . 9666 6.9611 7-9555 8.9500 3971 43 0.9944 i 9888 2.9832 3-9776 4.9720 5.9664 6.9608 7.9552 8.9496 3970 44 0-9944 1.9887 2.9831 3-9775 5.9662 6.9605 7-9549 8.9493 -3970 45 0.9943 1.9887 2.9830 3-9773 4.9716 5.9660 6.9603 7.9546 8.9489 -3970 46 0-9943 1.9886 2.9829 3.9772 4.9714 5.9657 6.9600 7-9543 8.9486 -3969 48 0-9943 0.9942 1.9885 1.9884 2.9828 2.9826 3-9770 3-976Q 4.97I3 4.9711 5.9655 5.9653 6.9598 6.9595 7-9540 7-9537 8.9483 8.9479 .3969 .3969 49 0.9942 1.9884 2.9825 3-9767 4-9709 5-9651 6.9592 7-9534 8.9476 .3969 0.9941 1.9883 2.9824 3.9765 4.9707 5.9648 6.9590 7.9531 8-9472 .3963 Si 0.9941 1.9882 2.9823 3.9764 4.9705 5.9646 6.9587 7.9528 8.9469 3968 52 0.9941 1.9881 2.9822 3.9762 4-9703 5.9643 6.9584 7-9525 8.9465 .3968 53 0.9940 1.9880 2.9821 3-976i 4.9701 5.9641 6.9581 7.9521 8.9462 .3968 54 0.9940 1.9880 2.9819 3-9759 4-9699 5.9639 6-9579 7.9518 8.9458 .3967 55 0-9939 1.9879 2. 9 8lg 3-9758 4.9697 5.9636 6.9576 7.95I5 8-9455 .3967 56 0.9939 i . 9878 2.9817 3-9756 4.9695 5.9634 6-9573 7.9512 8.9451 .3967 57 0.9939 1.9877 2.9816 3-9754 4.9693 5-9632 6.9570 8-9447 .3967 58 0.9938 1.9876 2.9815 3-9753 4-9691 5-9629 6.9567 7.9506 8.9444 .3966 59 0.9938 1.9876 2.9813 3-9751 4.9689 5-9627 6.9565 7-9502 8.9440 .3966 60 0-9937 1.9875 2.9812 3-9750 4.9687 5-9624 6.9562 7-9499 8.9437 .3966 HEIGHTS. 1 2 3 4 5 6 7 8 9 b 9 0.0522 0.1044 0.1566 0.2088 0.2610 o.3i3i 0.3653 0.4175 0.4697 0.0733 00 0.0525 0.1050 Q.I574 0.2099 o . 2624 0.3149 0.3674 0.4198 0.4723 0.0737 01 0.0528 0.1055 0.1583 0.2III 0.2638 0.3166 0.3694 0.4222 0.4749 0.0741 02 0.0531 0.1061 0.1592 0.2122 0.2653 0.3184 o.37i4 0.4245 0.4775 0.0745 03 0.0533 o. 1067 0.1600 0.2134 0.2667 0.3201 0-3734 0.4268 0.4801 0.0749 04 o . 0530 0.1073 0.1609 0.2145 0.2682 0.3218 0-3754 0.4291 0.4827 0.0753 05 0.0539 0.1078 0.1618 0.2157 0.2696 0.3235 0.3774 0.4314 0.4853 o.o757 06 0.0542 0.1084 0.1626 0.2168 0.2711 0.3253 0.3795 0.4337 0.4879 0.0761 07 0.0545 0.1090 0.1635 0.2180 0.2725 0.3815 0.4360 0.4905 0.0765 08 0.0548 0.1096 0.1644 0.2192 0.2739 0.3287 0.3835 0.4383 0.4931 0.0769 09 0.0551 O.II02 0.1652 0.2203 0.2754 0.3305 0.3856 0.4406 0.4957 0.0773 10 0.0554 0.0557 0.1107 O.III3 0.1661 0.1670 0.2215 . 2226 0.2768 0.2783 0.3322 0.3340 0.3876 0.3896 0.4430 0-4453 0.4983 0.5009 0.0777 0.0781 II 12 0.0559 0.1II9 0.1678 0.2238 0.2797 0.3356 0.3916 0-4475 0.5035 0.0786 13 0.0562 O.II25 0.1687 0.2249 0.2812 0-3374 0.3936 0.4498 0.5061 0.0790 14 0.0565 O.II30 0.1696 0.2261 0.2826 0-3391 0.3956 0.4522 0.5087 0.0794 15 0.0568 O.II36 0.1704 o . 2272 0.2841 0.3409 0.3977 0.4545 0.5113 o . 0798 16 0.0571 O.II42 0.1713 0.2284 0.2855 0.3426 0.3997 0.4568 o.5i39 o 0802 17 o.o574 O.II48 0.1722 0.2296 0.2869 0.3443 0.4017 o.459i 0.5165 0.0806 18 0.0577 0.0580 O.II54 O.II59 0.1730 0.1739 0.2307 0.2319 0^898 0.3461 0.3478 0.4038 0.4058 0^638 0.5191 0.5217 0.0810 0.0814 19 20 0.0583 O.II65 0.1748 0.2330 0.2913 0.3495 0.4078 0.4660 0.5243 0.0818 21 0.0585 0.0588 O.II7I 0.1177 0.1756 0.1765 0.2342 0.2353 0.2927 0.2942 0.3512 0-3530 0.4098 0.4118 0.4683 0.4706 0.5269 0.5295 0.0822 0.0826 22 23 0.0591 0.1182 0.1774 0.2365 0.2956 0-3547 0.4138 o.473o 0.5321 0.0830 24 0.0594 0.1188 0.1782 0.2376 0.2971 0.3565 0.4159 0.4753 0.5347 0.0834 25 0.0597 0.1194 0.1791 0.2388 0.2985 0.3582 0.4179 0.4776 0.5373 0.0838 26 o . 0600 0.1200 0.1799 0.2399 0.2999 0.3599 0.4199 0.4799 0.5399 0.0842 27 0.0603 0.1205 0.1808 0.2411 0.3014 0.3616 0.4219 0.4822 0.5425 0.0847 28 0.0606 O.I2II 0.1817 0.2422 0.3028 0.3634 0.4239 0.4845 o.545i 0.0851 29 0.0608 O.I2I7 0.1825 0.2434 0.3042 0.3651 0.4259 0.4868 0.5477 0.0855 30 0.0611 0.1223 0.1834 0.2446 0.3057 0.3668 0.4280 0.4891 0.5503 0.0859 31 0.0614 0.1229 0.1843 0.2457 0.3071 0.3686 0.4300 0.4914 0.5529 0.0863 32 0.0617 0.1234 0.1851 0.2468 0.3086 0.3703 0.4320 0-4937 0.5554 0.0867 33 o . 0620 O.I24O 0.1800 0.2480 0.3100 0.3720 0.4340 0.4960 0.5580 0.0871 34 0.0623 0.0626 0.1246 0.1252 0.1869 0.1877 0.2492 0.2503 0.3115 0.3129 0.3737 0-3755 0.4360 0.4381 0.4983 0.5006 0.5606 0.5632 0.0875 0.0879 1 0.0629 0.0632 0.1257 0.1263 0.1886 0.1895 0.2515 0.2526 0.3143 0.3158 o . 3772 0.4401 0.4421 0.5030 0.5053 0.5658 0.5684 0.0883 0.0887 0.0634 0.0637 0.1209 0.1275 0.1903 0.1912 0.2538 0.2549 0.3172 0.3187 0:3824 0.4441 0.4461 0.5075 0.5098 0.5710 0.5736 0.0891 0.0895 39 40 o . 0640 0.1280 o . 192 i 0.2561 0.3201 0.3841 0.4481 0.5122 0.5762 0.0899 4i 0.0643 0.1286 0.1929 0.2572 0.3215 0.3859 0.4502 0.5145 0.5788 0.0903 42 c . 0646 0.1292 0.1938 0.2584 0.3230 0.3876 0.4522 0.5168 0.5814 0.0908 43 0.0649 0.1298 0.1946 0.2595 0.3244 0.3893 0.4542 0.5190 0.5839 0.0912 44 0.0652 0.1303 0.1955 o . 2607 0.3259 0.3910 0.4562 0.5214 0.5865 0.0916 45 0.0655 0.1309 0.1964 0.2618 0.3273 0.3928 0.4582 0.5237 0.5891 0.0920 46 0.0657 0.1315 0.1972 o . 2630 0.3287 0-3945 0.4602 0.5260 0.5917 0.0924 47 0.0660 0.1321 0.1981 0.2642 0.3302 0.3962 o . 4622 0.5283 0-5943 0.0928 48 0.0663 0.1326 0.1990 0.2653 0.3316 0-3979 0.4642 0.5306 0.5969 0.0932 49 0.0666 0.1332 0.1998 0.2664 0.3331 0-3997 0.4663 0.5329 0-5995 0.0936 50 0.0669 0.1338 0.2007 0.2676 0-3345 0.4014 0.4683 0.5352 0.6021 0.0940 51 0.0672 0.1344 0.2016 0.2688 0-3359 0.4031 0.4703 0.5375 0.6047 0.0944 52 0.0675 0.1349 0.2024 0.2699 0.3374 0.4048 0.4723 0.5398 0.6073 0.0948 53 0.0678 0.1355 0.2033 0.2710 0.3388 o . 4066 0.4743 0.5421 0.6099 0.0952 54 0.0681 0.0683 0.1361 0.1367 0.2042 0.2050 0.2722 0.2734 0.3403 o.34i7 0.4083 0.4100 0.4764 0.4784 0.5444 0.5467 0.6125 0.6151 0.0956 0.0961 5^ 0.0686 0.1373 o . 2059 0.2745 o.343i 0.4118 0.4804 0.5490 0.6177 0.0965 57 0.0689 0.1378 o . 2067 0.2756 0.3446 0.4135 0.4824 0.5513 o . 6202 0.0969 58 o . 0692 0.1384 o . 2076 o . 2768 0.3460 0.4152 0.4844 0.5536 0.6228 0.0973 59 0.0695 0.1390 0.2085 0.2780 0.3474 o 4169 0.4864 0.5559 0.6254 0.0977 60 DISTANCES. r ~T~ ~T~ 3 4 5 6 7 8 9 a 00 0-9937 .9875 2.9812 3-9750 4.9687 5.9624 6.9562 7-9499 8-9437 .3966 OI 0-9937 .9874 2.9811 3.9748 4.9685 5.9622 6-9559 7.9496 8-9433 .3966 02 0-9937 .9873 2.9810 3.9746 4-9683 5.9619 6.9556 7-9493 8.9429 3965 03 0.9936 .9872 2.9809 3-9745 4.9681 6-9553 7.9489 8.9426 3965 C4 0.9936 .9872 2.9807 3-9743 4.9679 5-96i5 6.955o 7.9486 8.9422 3965 3 0-9935 0.9935 .9871 .9870 2.9806 2.9805 3-9741 3-9740 4.9677 4.9675 5.9612 5.9610 6-9547 6-9545 7.9483 7-9479 8.9418 8.9414 3965 3964 07 0-9935 .9860 2.9804 3-9738 4.9673 5-9607 6.9542 7-9476 8.9411 3964 08 0-9934 .9868 2.9802 3-9736 4-9671 5.9605 6-9539 7-9473 8.9407 3964 09 0.9934 .9867 2.9801 3-9735 4.9668 5.9602 6.9536 7-9470 8.9403 3963 10 0-9933 .9867 2.9800 3-9733 4.9666 5.9600 6-9533 7.9466 8.9400 3963 ii 0-9933 .9866 2.9799 3-9731 4.9664 5-9597 6.9530 7.9463 8.9396 3963 12 0.9932 .9865 2.9797 3-9730 4.9662 5-9595 6.9527 7-9459 8-9392 .3963 13 0.9932 .9864 2.9796 3-9728 4.9660 6.9524 7-9456 8.9388 .3962 14 0.9932 .9863 2.9795 3.9726 4-9658 5.9589 6.9521 7-9452 8.9384 .3962 15 0.9931 .9862 2-9793 3-9725 4-9656 5.9587 6.9518 7-9449 8.9380 .3962 16 0.9931 .9861 2.9792 3-9723 4.9654 5.9584 6.9515 7.9446 8.9376 .3962 17 0.9930 .9861 2.9791 3-9721 4-9651 5.9582 6.9512 7-9442 8-9373 18 0-9930 .9860 3-9719 4-9649 5-9579 6.9509 7-9439 8.9369 '3061 19 0.9929 9859 2.9788 3.97i8 4.9647 5-9577 6.9506 7-9435 8.9365 .3961 20 0.9929 .9858 2.9787 3-97i6 4.9645 5-9574 6.9503 7.9432 8.9361 .3960 21 0.9929 .9857 2.9786 3.9714 4.9643 5-9571 6.9500 7.9428 8.9357 .3960 22 0.9928 .9856 2.9784 3-9712 4.9641 5-9569 6.9497 7.9425 8-9353 3960 23 0.9928 .9855 2.9783 3-97U 4-9638 5-9566 6.9494 7-9421 8-9349 3959 24 0.9927 .9854 2.9782 3-9709 4-9636 5.9563 6.9490 7.9418 8-9345 3959 li 0.9927 0.9926 .9854 .9853 2.9780 2.9779 3-9707 3-9705 4.9634 4-9632 5.956i 5-9558 6.9487 6.9484 7.94M 7-9410 8-9341 8-9337 3959 3958 27 0.9926 .9852 2.9778 3.9703 4.9629 5-9555 6.9481 7.9407 8-9333 3958 28 0.0925 .9851 2.9776 3-9702 4.9627 5-9553 6.9478 7.9403 8.9329 3958 29 0.9925 .9850 2.9775 3-9700 4-9625 5-9550 6-9475 7.9400 8.9325 3958 30 0.9925 .9849 2.9774 3.9698 4.9623 5-9547 6.9472 7.9396 8.9321 3957 31 0.0924 .9848 2.9772 3-9696 4.9620 5-9544 6.9468 7-9393 8.9317 3957 32 0.9924 .9847 2.9771 3.9694 4.9618 5-9542 6.9465 8.9312 3957 33 0.9923 .9846 2.9769 3.9693 4.9616 5-9539 6 . 9462 7^9385 8.9308 3956 34 0.9923 9845 2.9768 3-9691 4-9613 5-9536 6-9459 8.9304 3956 0.9922 .9844 2.9767 3-9689 4.9611 5-9533 6.9456 7^9378 8.9300 3956 36 0.9922 .9844 2.9765 3-9687 4.9609 5-9531 6.9452 7-9374 8.9296 3955 37 0.9921 9843 2.9764 3.9685 4.9606 5.9528 6.9449 7-9370 8 . 9292 3955 38 0.9921 .9842 2.9762 3.9683 4.9604 5-9525 6.9446 7.9367 8.9287 3955 39 0.9920 .9841 2.9761 3-968i 4.9602 5.9522 6-9443 7.9363 8.9283 3954 40 0.9920 .9840 2.9760 3-9680 4.9600 5.95I9 6-9439 7-9359 8.9279 3954 4i 0.9919 .9839 2.9758 3.9678 4-9597 5.9517 6.9436 7-9355 8.9275 3954 42 0.9919 9838 2.9757 3.9676 4-9595 5.9514 6-9433 7-9352 8.9270 3953 43 0.9918 9837 2-9755 3.9674 4-9592 5-95II 6.9429 7.9348 8.9266 3953 44 0.9918 .9836 2-9754 3.9672 4-9590 5.95o8 6.9426 7-9344 8.9262 -3053 45 0.9918 9835 2-9753 3-9670 4.9588 5.95o5 6.9423 7-9340 8.9258 -3952 46 0.9917 9834 2.9751 3-9668 4.9585 5.9502 6.9419 7-9336 8.9253 -3952 47 0.9917 .9833 2.9750 3.9666 4.9583 5-9499 6.9416 7-9332 8.9249 -3952 48 0.9916 .9832 2.9748 3.9664 4.9580 5.9496 6.9412 7.9329 8.9245 -3951 49 0.9916 2.9747 3.9662 4-9578 5-9494 6.9409 7-9325 8.9240 -3951 50 0.9915 9830 2-9745 3-9660 4-9576 5-9491 6.9406 7.9321 8.9236 3951 51 0.9915 9829 2.9744 3.9658 4-9573 5.9488 6.9402 7.9317 8.9231 -3950 52 0.9914 .982$ 2-9742 3.9656 4-9571 5.9485 6-9399 7.9313 8.9227 -3950 53 0.9914 .9827 2.9741 3.9654 4-9568 5.9482 6-9395 7.9309 8.9223 3950 54 o.99i3 .9826 2-9739 3-9653 4-9566 5-9479 6.9392 7.9305 8.9218 3949 Ii 0.9913 0.9912 .9825 .9824 2.973 2.9736 3-9651- 3.9649 4.9563 4.956i 5-9476 5-9473 6.9388 6.9385 7-9301 7.9297 8.9214 8.9209 3949 -3949 57 0.9912 .9823 2-9735 3.9647 4.9558 5-9470 6.9381 7.9293 8.9205 -3948 59 0.9911 0.9911 .9822 .9821 2-9733 2.9732 3.9645 3-9643 4-9556 4-9553 5.9467 5.9464 6.9378 6-9375 7.9289 7.9285 8.9200 8.9196 .3948 .3948 60 0.9910 .9820 2.9730 3-9641 4-9551 5.9461 6.9371 7.9281 8.9191 3947 HEIGHTS. 1 2 3 4 5 6 7 8 9 b r o.o6 9 5 0.1390 0.2085 0.2780 0.3474 0.4169 0.4864 0.5559 o. 6254 0.0977 oo 0.0698 0.1396 0.2093 0.2791 0.3489 0.4187 0.4884 0.5582 0.6280 0.0981 01 0.0701 0.1401 0.2IO2 0.2802 0.3503 0.4204 0.4904 0.5605 0.6306 0.0985 02 0.0704 0.1407 .2111 0.2814 0.3518 0.4221 0.4925 0.5628 0.6332 0.0989 03 o . 0706 0.1413 .2119 0.2826 0.3532 0.4238 0.4945 0.5651 0.6358 0.0993 04 0.0709 0.1419 .2128 0.2837 0.3546 0.42^6 0.4965 0.5674 0.6384 0.0997 05 0.0712 0.1424 .2136 0.2848 0.3561 0.4273 0.4985 0.5697 0.6409 O.IOOI 06 0.0715 0.1430 .2145 0.2860 0-3575 0.4290 0.5005 0.5720 0.6435 0.1005 07 0.0718 0.1436 2154 0.2872 0.3589 0.4307 0.5025 0.5743 0.6461 0.1009 08 0.0721 0.1442 .2162 0.2883 0.3604 0.4325 0.5045 0.5766 0.6487 0.1013 09 0.0724 0.1447 .2171 0.2894 0.3618 0.4342 0.5065 0.5789 0.6513 0.1017 10 0.0727 0.1453 .2l8o 0.2906 0.3633 0.4359 0.5086 0.5812 0.6539 O.IO2I II 0.0729 0.1459 .2188 0.2918 0.3647 o.4376 0.5106 0.5835 0.6565 0.1025 12 0.0732 0.1465 .2197 0.2929 0.3661 0.4394 0.5126 0.5858 0.6591 o . 1029 13 0.0735 0.1470 .2205 0.2940 0.3676 0.4411 0.5146 0.5881 0.6616 0.1033 14 0.0738 0.1476 .2214 0.2952 0.3690 0.4428 0.5166 0.5904 0.6642 0.1037 15 0.0741 0.1482 .2223 0.2964 0.3704 0.4445 0.5186 0.5927 0.6668 0.1041 16 jo. 0744 0.1488 .2231 o.37i9 0.4463 0.5206 o.595o 0.6694 0.1046 17 0.0747 0.1493 .2240 o . 2986 0-3733 0.4480 0.5226 0.5973 o . 6720 0.1050 18 0.0749 0.1499 .2248 0^2998 0.3747 0.4497 0.5246 0.6746 0.1054 19 0.0752 0.1505 2257 0.3010 0.3762 0.4514 0.5266 0.6019 0.6772 0.1058 20 0.0755 0.1510 .2266 0.3021 0.3776 0.4531 0.5286 0.6042 0.6797 0.1062 21 0.0758 0.1516 .2274 0.3032 o.379i 0.4549 0.5307 0.606; 0.6823 0.1066 22 0.0761 0.1522 .2283 0.3044 0.3805 0.4566 0.5327 0.6088 0.6849 0.1070 23 0.0764 0.0767 0.1528 0.1533 .2292 .2300 0.30^6 0.3067 0.3819 0.3834 0.4583 0.4600 0.5347 0.5367 o.6m 0.6134 0.6875 0.6900 0.1074 0.1078 24 25 o . 0770 0.1539 .2309 0.3078 0.3848 0.4618 0.5387 0.6157 0.6926 0.1082 26 0.0772 0.1545 .2317 0.3090 0.3862 0.4635 0.5407 0.6180 0.6952 0.1086 27 0.0775 0.15^1 .2326 0.3101 0.3877 0.4652 0.5427 0.6203 0.6978 0.1090 28 0.0778 0.1556 2335 0.3113 0.3891 0.4669 0.5447 0.6226 0.7004 0.1094 29 0.0781 0.1562 2343 0.3124 0.3905 0.4687 0.5467 0.6249 0.7030 0.1098 30 0.0784 0.1568 .2352 0.3136 0.3920 0.4703 0.5487 0.6272 0.7055 O.I 102 31 0.0787 Q.I574 .2360 0.3147 0-3934 0.4721 0.5508 0.6295 0.7081 O.II07 32 0.0790 o.i579 0.2369 0.3159 0.3948 0.4738 0.5528 0.6318 0.7107 O.IIII 33 0.0793 0.1585 o . 2378 0.3170 0.3963 0.4755 0.5548 0.6340 o.7i33 O.IH5 34 0.0795 0.1591 0.2386 0.3182 0.3977 0.4772 0.5568 0.6363 0.7159 0.1119 35 o . 0798 o.i597 0.2395 0.3193 0-399* 0.4790 0.5588 0.6386 0.7185 0.1123 3 0.0801 o . 1602 0.2403 0.3204 o . 4006 0.4807 0.5608 0.6409 0.7210 0.1127 37 0.0804 0.1608 0.2412 0.3216 o . 4020 0.4824 0.5628 0.6432 0.7236 0.1131 38 0.0807 0.1614 0.2421 0.3228 0.4034 0.4841 0.5648 0.6455 0.7262 O.H35 39 0.0810 o . 1620 0.2429 0.3239 0.4049 0.4859 0.5668 0.6478 0.7288 0.1139 40 0.0813 0.1625 0.2438 0.3250 0.4063 0.4876 0.5688 0.6501 0.7313 0.1143 41 0.0815 0.1631 0.2446 0.3262 0.4077 0.4893 0.5708 0.6524 0.7339 0.1147 42 0.0818 0.1637 0.2455 o . 3273 0.4092 0.4910 0.5728 0.6547 0.7365 0.1151 43 0.0821 0.1642 0.2464 o . 328^ 0.4106 0.4927 0.5748 0.6570 o.739i 0.1155 44 0.0824 0.1648 0.2472 0.3296 0.4120 0.4945 0.5768 0.6593 o.74i7 0.1159 45 0.0827 0.16^4 0.2481 0.3308 0.4135 0.4962 0.^788 0.6615 0.7442 0.1163 46 0.0830 0.1660 0.2480 0.3319 0.4149 0.4979 0.5809 0.6638 0.7468 0.1167 47 0.0833 0.1665 0.2498 0.3331 0.4163 0.4996 0.5829 0.6661 0.7494 0.1171 48 0.0836 0.1671 0.2507 0.3342 0.4178 0.5013 0.5849 0.6684 0.7520 0.1176 49 0.0838 0.1677 0.2515 0.3354 0.4192 0.5030 0.5869 0.6707 0.7546 0.1180 50 0.0841 0.1683 0.2524 0.3365 0.4206 0.5048 0.5889 0.6730 0.7572 0.1184 5I 0.0844 0.1688 0.2532 0.4221 0.5065 0.5909 0.6753 0.7597 0.1188 52 0.0847 0.1694 0.2541 o . 33& 0.4235 0.5082 0.5929 0.6776 0.7623 0.1192 53 0.0850 0.0853 0.0856 0.1700 0.1705 0.1711 0.2549 0.2558 0.2567 0-3399 0.3411 0.3422 0.4249 o . 4264 0.4278 0.5099 0.5116 0.5134 0.5949 0.5969 0.5989 0.6799 0.6822 0.6845 0.7648 0.7674 0.7700 0.1196 0.1200 O.I204 54 [i 0.0858 0.1717 0.2575 0-3434 0.4292 0.6009 0.6867 0.7726 0.1208 57 0.0861 0.1723 0.2584 0-3445 0.4306 ol5i68 0.6029 0.6890 0.7752 O.I2I2 58 0.0864 0.1728 0.2593 0-3457 0.4321 0.5185 0.6049 0.6913 0.7778 0.1216 59 0.0867 0.1734 0.2601 0.3468 0.4335 0.5202 0.6069 0.6936 0.7803 0.1220 00 DISTANCES. r 1 2 3 4 5 6 7 8 9 a 00 0.9910 1.9820 2.9730 3-9641 4-9551 5.9461 6.9371 7.9281 8.9191 3947 01 0.9910 i 9819 2.9729 3.9639 4.9548 5-9458 6.9367 7.9277 8.9187 3947 02 0.9909 1.9818 2.9727 3-9636 4.9546 5-9455 6.9364 7.9273 8.9182 3946 03 0.9909 1.9817 2.9726 4-9543 5-9452 6.9360 7.9269 8.9177 -3946 04 05 0.9908 0.9908 1.9816 1-9815 2.9724 2.9723 3*9632 3-9630 4-9541 4.9538 5-9449 5.9446 6-9357 6-9353 7.9265 7.9261 8.9173 8.9168 3946 3945 06 0.9907 1.9814 2.9721 3.9628 4-9535 5-9442 6-9349 7.9257 8.9164 3945 07 0.0907 1.9813 2.9720 3-9626 4-9533 5-9439 6.9346 7-9252 8.9159 3944 08 0.9906 1.9812 2.9718 3-9624 4-9530 5-9436 6.9342 7.9248 8.9154 -3944 09 0.9906 1.9811 2.9717 3-9622 4-9528 5-9433 6-9339 7.9244 8.9150 -3944 10 0.0905 1.9810 2.9715 3-9620 4-9525 5-9430 6-9335 7.9240 8.9145 -3943 II 0.9904 1.9809 2.9713 3.9618 4.9522 5-9427 6.9331 7-9236 8.9140 3943 12 0.9904 1.9808 2.9712 3-96i6 4.9520 5.9424 6.9328 7-9232 8.9136 3942 13 0.9903 1.9807 2.9710 3-9614 4.9517 5.9421 6.9324 7.9227 8.9131 3942 14 0.9903 1.9806 2.9709 3.9612 4.9515 5-9417 6.9320 7-9223 8.9126 -3941 15 0.9902 1.9805 2.9707 3-96io 4.0512 5.94U 6-9317 7.9219 8.9121 3941 16 0.9902 1.9804 2.9706 3.9607 4.9509 5-94H 6.9313 7-9215 8.9117 3941 17 0.9901 1.9803 2.9704 3-96o5 4.9507 5.9408 6-9309 7.9211 8.9112 3940 18 0.9901 i . 9802 2.9702 3-96o3 4.9504 5-9405 6.9306 7.9206 8.9107 3940 19 0.9900 1.9801 2.9701 3-9601 4-9501 5.9402 6.9302 7.9202 8.9102 3940 20 0.9900 1.9799 2.9699 3-9599 4-9499 5.9398 6.9298 7-9198 8.9098 -3939 21 0.9899 1.9798 2.9698 3-9597 4.9496 5-9393 6.9294 7.9193 8.9093 3939 22 0.9899 I . 9797 2.9696 3-9595 4-9493 5-9392 6.9290 7.9189 8.9088 3938 23 o . 9898 I . 9796 2.9694 3-9592 4.9490 6.9287 7.9185 8.9083 3938 24 0.9898 1-9795 2.9693 3-9590 4-9488 5'9385 6.9283 7.9180 8.9078 3938 25 0.9897 1-9794 2.9691 3-9588 4-9485 5.9382 6.9279 7-9176 8.9073 3937 26 0.9896 1-9793 3-9586 4-9482 5-9379 6.9275 7.9172 8.9068 3937 27 0.9896 1.9792 2 9688 3.9584 4.9480 5-9375 6.9271 7.9167 8.9063 -3936 28 0.9895 1.9791 2.9686 3.958i 4-9477 5-9372 6.9268 7-9163 8.0058 3936 29 0.9895 1.9790 2.9684 3-9579 4-9474 5.9369 6.9264 7.9159 9053 3936 30 0.9894 1.9789 2.9683 3-9577 4-9471 5-9366 6.9260 7.9154 8.9048 3935 31 0.9894 1.9787 2.9681 3-9575 4-9469 5.9362 6.9256 7.9i5o 8,9043 3935 32 0.9893 1.9786 2.9679 3-9573 4.9466 5-9359 6.9252 7-9145 8.9038 3934 33 0.9893 1.9785 2.9678 3-9370 4-9463 5-9355 6.9248 7-9141 8.9033 3934 34 0.9892 1.9784 2.9676 3-9368 4-9460 5-9352 6.9244 7-9136 8.9028 3934 1 0.9891 0.9891 1.9783 1.9782 2.9674 2.9673 3-95C6 3-9564 4-9457 4-9454 5-9349 5-9345 6.9240 6.9236 7-9132 7.9127 8.9023 8.9018 3933 3933 0.9890 1.9781 2.9671 3-95&I 4-9452 5-9342 6.9232 7-9123 8.9013 3932 ^8 0.9890 1.9780 2 .9669 3-93^9 4-9449 5-9339 6.9228 7.9118 8.9008 -3932 39 0.9889 1.9778 2 9668 3-9557 4.9446 5-9335 6.9224 7.9"4 8-9003 3932 40 0.9889 1.9777 2.9666 3-9555 4-9443 5.9332 6.9220 7.9109 8.8998 3931 4i 0.9888 1.9776 2.9664 3-9552 4.9440 5-9328 6.9216 7.9104 8.8993 -3931 42 0.9887 1-9775 2.9662 3-9550 4-9437 5-9325 6.9212 7.9100 8 . 8987 -3930 43 0.9887 1-9774 2.9661 3-9548 4-9435 5-9321 6.9208 7.9095 8.8982 3930 44 0.9886 1-9773 2.9659 3-9545 4-9432 5-93i8 6.9204 7.9091 8.8977 3930 45 0.98^6 1-9772 2.9657 3-9343 4-9429 5.9315 6.9200 7.9086 8.8972 3929 46 0.9885 1-9770 2.9656 3-9541 4.9426 5-93H 6.9196 7.9081 8.8967 3929 47 0.9885 1.9769 2.9654 3-9538 4.9423 5-93o8 6.9192 7.9077 8.8961 .3928 48 0.9884 1.9768 2.9652 3-9536 4.9420 5-9304 6.9188 7.9072 8.8956 .3928 49 0.9883 1.9767 2.9650 3-9534 4.9417 5-9300 6.9184 7.9067 8.8951 .3928 50 0.9883 1.9766 2.9649 3-9531 4.9414 6.9180 7-9063 8.8946 3927 5I 0.9882 1.9765 2.9647 3-9529 4.9411 5.9294 6.9176 7.9058 8.8940 -3927 52 53 0.9882 0.988! 1.9763 1.9762 2.9645 2.9643 3-9527 3-9324 4.9408 4.9405 5.9290 5.9280 6.9172 6.9167 7.9053 7-9048 8.8935 8.8930 .3926 .3926 54 0.9880 1.9761 2.9641 3-9322 4-9402 5-9283 6.9163 7.9044 8.8924 .3926 55 0.9880 1.9760 2.9640 3-9519 4-9399 6.9159 7.9039 8.8919 -3925 56 0-9*79 1-9759 2.9638 3-9517 4-9396 5.9276 6.9155 7.9034 8.8913 3925 57 0.9879 1-9757 2.9636 3-9515 4-9393 5.9272 6.9151 7.9029 8.8908 3924 58 0.9878 1-9756 2.9634 3-9512 4-9390 5.9268 6.9147 7-9025 8.8903 3924 g 0.9877 0.9877 1-9755 1-9754 2.9632 2.9631 3-9510 3.95o8 4-9387 4.9384 5-9265 5.9261 6.9142 6.9138 7.9020 7-9015 8 ! 8892 3924 -3923 / , - : r 5 1 2 3 4 5 6 7 8 9 b f O.o867 0.1734 0.2601 0.3468 0.4335 0.5202 0.6069 0.6936 0.7803 O.I22O oo 0.0870 0.1740 0.2610 0.3480 0.5219 0.6089 0.6959 0.7829 O.I224 01 0.0873 0.1745 0.2618 0.3491 1.4364 0.5236 0.6109 0.6982 0.7854 O.1228 02 o . 0876 0.1751 0.2627 0.3502 0.4378 0.5254 0.6129 0.7005 0.7880 0.1232 03 0.0878 0.1757 0.2635 o.35i4 0-4392 0.5271 0.6149 0.7028 0.7906 0.1236 04 0.0881 0.1763 0.2644 0.3525 0.4407 0.5288 0.6169 0.7051 0.7932 0.1240 5 0.0884 .1768 0.2653 0-3537 0.4421 o.53o5 0.6189 0.7074 0.7958 0.1244 oo 0.0887 1774 0.2661 c.3548 0-4435 0.5322 0.6209 0.7096 o . 7983 0.1248 07 0.0890 .1780 0.2670 0.3560 0.4450 0.5339 0.6229 0.7119 0.8009 0.1253 08 0.0893 .1786 0.2678 o.357i 0-5357 0.6249 0.7142 0.8035 0.1257 09 0.0896 .1791 0.2687 0.3582 0^4478 0-5374 0.6269 0.7165 0.8060 0.1261 10 0.0898 0.1797 0.2695 0-3594 0.4492 0.5391 0.6289 0.7188 0.8086 0.1265 II 0.0901 0.1803 0.2704 0.3605 0.4507 0.5408 0.6309 0.7211 0.8112 0.1269 12 0.0904 0.1808 0.2713 0.3617 0.4521 0.5425 0.6329 0.7234 0.8138 0.1273 13 0.0907 0.1814 0.2721 0.3628 0-4535 0-5442 0.6349 0.7256 0.8163 0.1277 14 0.0910 o . 1820 0.2730 0.3640 0.4550 0-5459 0.6369 0.7279 0.8189 0.1281 15 0.0913 0.1826 0.2738 0.3651 0.4564 0.5477 0.6389 0.7302 0.8215 0.1285 IO 0.0916 0.1831 0.2747 0.3662 0.4578 0.5494 0.6409 0.7325 0.8240 0.1289 17 0.0918 0.1837 0.2755 0.3674 0.4592 0.5511 0.6429 0.7348 0.8266 0.1293 18 0.0921 0.1843 0.2764 0.3685 0.4607 0.5528 0.6449 o.737i 0.8292 0.1297 19 0.0924 0.1848 0.2773 0.3697 0.4621 0-5545 0.6469 0.7394 0.8318 0.1301 20 0.0927 0.1854 0.2781 0.3708 0.4635 0.5562 0.6489 0.7416 0.8343 0.1305 21 0.0930 0.1860 0.2790 0.3720 0.4649 0.5579 0.6509 0-7439 0.8369 0.1309 22 0.0933 0.0936 0.1865 0.1871 0.2798 0.2807 0-3731 0.3742 0.4664 0.4678 0.5596 0.5614 0.6529 0.6549 0.7462 0.7485 0.8394 0.8420 O.I3I3 0.1317 23 24 0.0938 0.0941 0.1877 0.1883 0.2815 0.2824 0-3754 0.3765 0.4692 0.4706 0.5631 0.5648 0.6569 0.689 0.7507 0.7530 0.8446 0.8472 0.1321 0.1326 3 0.0944 0.0947 0.1888 0.1894 0.2833 0.2841 0.4721 0.4735 0.566$ 0.5682 0.6609 0.6629 0-7553 0.7576 0.8498 0.8523 0.1330 0.1334 S 0.0950 o . 1900 0.2850 o . 3800 0.4749 0.5699 0.6649 0.7599 0.8549 0.1338 29 0.0953 0.1905 0.2858 0.3811 0.4764 0.5716 0.6669 0.7622 0.8574 0.1342 30 0.0956 0.1911 0.2867 0.3822 0.4778 0-5734 0.6689 0.7645 0.8600 0.1346 3i 0.0958 0.0961 0.1917 0.192^ 0.2875 0.2884 0.3834 0.3845 0.4792 o.575i 0.5768 0.6709 0.6729 0.7667 0.7690 0.8626 0.8652 o.i35o 0.1354 32 33 0.0964 0.1928 0.2892 0.3856 o . 4820 0.5785 0.6749 0.7713 0.8677 0.1358 34 0.0967 0.0970 0.1934 0.1940 0.2901 0.2900 0.3868 0.3879 0.4835 0.4849 0.5802 0.5819 0.6769 0.6789 0.7736 0.7759 0.8703 0.8728 0.1362 0.1366 1 0.0973 0.0976 0.1945 0.1951 0.2918 0.2927 0.3891 0.3902 0.4863 0.4878 0.5836 0.5853 0.6809 0.6829 0.7782 0.7804 0.8754 0.8780 0.1370 0.137^ 0.0978 0.1957 0.2935 0.4892 0.5870 0.6849 0.7827 0.8806 39 0.0981 0.1962 0.2944 0^3925 0.4906 0.5887 0.6869 0.7850 0.8831 0.1382 40 0.0984 0.1968 0.2952 0.3936 0.4920 0.5904 0.6889 0.7873 0.8857 0.1386 41 0.0987 0.1974 o . 2961 0.3948 0-4934 0.5921 0.69QJ 0.7895 0.8882 0.1390 42 0.0990 0.1979 0.2969 0-3959 0.4948 0.5938 0.692* 0.7918 0.8907 0.1395 43 0.0993 0.1985 o . 297^ 0.3970 0.4963 0.5956 0.6948 o.794i 0.8933 0.1399 44 0.0995 0.1991 o . 2986 0.3982 0.4977 0-5973 0.6968 0.7963 0.8959 0.1403 45 0.0998 0.1097 0.2995 0-3993 0.4991 0.5990 0.6988 0.7986 0.8985 0.1407 46 O.10OI O.2O02 0.3003 0.400^ 0.5006 o . 6007 o . 700' 0.8009 0.9010 0.1411 47 0.1004 0.2008 0.3012 0.4016 o . 5020 0.6024 0.702! 0.8032 0.9036 0.1415 48 0.1007 0.2014 0.3020 o . 4027 0.5034 0.6041 0.7048 0.8055 0.9061 0.1419 49 O.IOIO O.20IC 0.3029 0.4039 0.5049 0.6058 0.7068 0.8078 0.9087 0.1423 50 0.1013 0.2025 0.3038 0.4050 0.5063 0.6075 0.7088 0.8100 0.9113 0.1427 51 O.IOI' 0.2031 0.3046 0.4062 0.5077 0.6092 0.7108 0.8123 0.9139 0.1431 52 0.1018 0.2036 0.3055 0.4073 0.5091 o.6ioc 0.7127 0.8146 0.9164 0.1435 53 O.I02I o . 2042 0.306^ 0.408; 0.5105 0.6126 o.7i47 0.8168 0.9189 0.1439 54 O.I02< 0.2048 0.3072 0.4096 0.5119 0.6143 0.7167 0.8191 0.9215 0.1443 :.$ 0.1027 0.2053 0.3080 0.4107 0.513^ 0.6160 0.7187 0.8214 0.9240 0.1447 56 0.1030 O.205C 0.3089 0.4118 0.5148 0.6177 0.7207 0.8237 0.9266 0.1451 57 0.1032 0.2065 0.3097 0.4130 0.5162 0.619^ o . 7227 0.8259 0.9292 0.1455 58 o . 103: 0.207 0.3106 0.4141 o. ^76 0.6212 0.7247 0.8282 0.9318 0.1459 59 0.1038 o . 2076 0.3114 0.4153 0.5191 0.6229 0.7267 0.8305 0.9343 0.146; 60 6 6 DISTANCES. f 1 2 3 4 5 6 1 8 9 a 00 0.9877 9754 2.9631 3.95o8 4.9384 5.9261 6.9138 7-9015 8.8892 3923 01 0.9876 9753 2.9629 3-95C5 4-9381 5.9258 7.9010 8.8887 .3923 02 0.9876 9751 2.9627 3-9503 4-9378 5.9254 6.9130 7.9005 8.8881 .3922 03 0.9875 9750 2.9625 3-9500 4-9375 5-9250 6.9125 7 . 9000 8.8875 .3922 04 0.9874 9749 2.9623 3.9498 4-9372 5-9247 6.9121 7 . 8996 8.8870 3921 05 0.9874 9748 2.9621 3-9495 4.9369 5.9243 6.9117 7.8991 8.8864 3921 06 0.9873 .9746 2.9620 3-9493 4.9366 5.9239 6.9113 7.8986 59 .3921 07 0.9873 9745 2.9618 3-9490 4.9363 5-9236 6.9108 7.8981 8.8853 .3920 08 0.9872 9744 2.9616 3.9488 4.9360 5-9232 6.9104 7.8976 8.8818 3920 09 0.9871 9743 2.9614 3.9486 4-9357 5.9228 6.9100 7.8971 8.8842 3919 10 0.9871 .9742 2.9612 3.9483 4-9354 5-9225 6.9095 7.8966 8.8837 3919 ii 0.9870 9740 2.9610 3.948i 4-9351 5.9221 6.9091 7.8961 8.8831 .3919 12 0.9870 9739 2.9609 4-9348 5.9217 6.9087 7.89^6 8.8826 .3918 13 -9738 2.9607 3.9476 4-9344 5-9213 6.9082 7-8951 8.8820 14 0.9868 9737 2.9605 3-9473 4-9341 5.9210 6.9078 7.8946 8.8814 '39i7 15 0.9868 9735 2.9603 3-9471 4-9338 5.9206 6.9073 7-8941 8.8809 3917 16 0.9867 9734 2.9601 3.9468 4-9335 5.9202 6.9069 7.8936 8.8803 3917 17 0.9866 9733 2.9599 3-9465 4-9332 5-9198 6.9065 7-8931 H 797 39i6 18 19 0.9866 0.9865 9732 9730 2.9597 2-9595 3.9463 3.9460 4.9326 5-9195 5-9i9i 6.9060 6.9056 7.8926 7.8921 8.8792 8.8786 .3916 .3915 20 0.9864 .9729 2-9593 3-9458 4-9322 5.9187 6.9051 7.8916 8.8780 3915 21 0.9864 .9728 2.9592 3-9455 4.9319 5-9i83 6.9047 7.8911 8.8775 -3915 22 0.9863 .9726 2.9590 3-9453 4.93i6 5.9179 6.9042 7.8906 8.8769 -3914 23 24 0.9863 0.9862 9725 9724 2.9588 2.9586 3-9450 3-9448 4.9313 4-9310 5-9175 5.9171 6.9038 6.9033 7.8900 7 -"f95 8.8763 H 757 3914 -39I3 25 0.9861 9723 2.9584 3-9445 4.9306 5-9168 6.9029 7.8890 8.8751 -3913 26 0.9861 .9721 2.9582 3-9442 4-9303 5-9164 6.9024 7.88 5 8.8745 -3913 27 0.9860 .9720 2.9580 3-9440 4-9300 5.9160 6 . 9020 7.8880 8.8740 3912 28 0.9859 9719 2.9578 3-9437 4.9297 5-9156 6.9015 7 -?5 8.8734 -3912 29 0.9859 9717 2.9576 3-9435 4.9293 5-9152 6.9011 7.8869 8.8728 .^911 30 0.9858 .9716 2-9574 3-9432 4.9290 5-9148 6.9006 7.8864 8.8722 -39" 31 0.9857 9715 2.9572 3-9429 4-9287 5.9144 6.9002 7.8859 8.8716 3910 32 0.9857 9713 2.9570 3-9427 4.9284 5.9140 6.8997 7.8854 8.8710 3910 33 0.9856 .9712 2.9568 3.9424 4.9280 5.9136 6.8992 7.8848 8.8704 3910 34 0.9855 97" 2.9566 3.9422 5-9132 6 . 8988 7-8843 8.8698 3909 35 0.9855 .9709 2.9564 3-94I9 4.9274 5.9128 6.8983 7.8838 8.8692 36 0.9854 0.9853 .97o8 .9707 2.9562 2.9560 3.9416 3.94I4 4.9270 4.9267 5.9124 5.9120 6.8978 6.8974 7-8832 7.8827 8.8686 8.8680 '390! 38 0.9853 .9705 2.9558 3-94" 4.9264 5.9116 6.8969 7.8822 8.8674 3907 39 0.9852 .9704 2.9556 3.9408 4.9260 5.9112 6.8964 7.8817 8.8668 -3907 40 0.9851 9703 2-9554 3.9406 4.9257 5.9108 6.8960 7.8811 8.8662 -3906 4i 0.9851 .9701 2.9552 3.9403 4.9254 5.9104 6.8955 7.8806 8.8656 3906 42 43 0.9850 0.9849. .9700 9699 2.9550 2.9548 3-9400 3.9398 4.9250 5-9100 5.9096 6.8950 6.8946 7.8800 7-8795 8 i 8644 3905 -3905 44 0.9840 2.9546 3-9395 4.9244 6.8941 7.8790 8^8638 3904 0.9848 .9696 2.9544 3-9392 4.9240 5 . 9088 6.8936 7.8784 8.8632 3904 46 0.9847 9695 2.9542 5.9084 6.8931 7.8779 8.8636 .3903 47 0.9847 .9693 2.9540 3'9387 4*9233 5.9080 6.8927 7.8773 8.8620 -3903 48 0.9846 .9692 2.9538 3.9384 4.9230 5-9076 6.8922 7.8768 8.8614 -3902 49 0.984; .9691 2.9536 4.9227 5.9072 6.8917 7.8762 8.8608 3902 50 0.9845 .9689 2-9534 3-9379 4-9223 5.9068 6.8912 7.8757 8.8602 .3901 5l 0.9844 .9688 2.9532 3-9376 4.9220 5.9064 6.8908 7.8752 8.8595 3901 52 0.9843 .9686 2.9530 3-9373 4.9216 5-9059 6.8qoS 7-8746 8 8589 .3900 53 0.9843 9685 2.9528 3-937o 4.9213 5-9055 6.8898 7.8740 8.8583 .3900 54 0.9842 .9684 2.9526 4.9209 5.9051 6 . 8893 7-8735 8.8577 -3899 55 0.9841 .9682 2.9523 3'9365 4.9206 5.9047 6 . 8888 7-8729 8.8570 .3899 56 0.9840 .9681 2.9521 3.9362 4.9202 5-9043 6.8883 7-8724 8.8564 .3898 57 o . 9840 .0680 2.9519 3-9359 4.9199 5.9039 6.8878 7.8718 8.8^58 .3898 58 0.9839 .9678 2.9517 3-9356 4 9195 5.9034 6.8874 7-8713 8.8552 3897 59 0.9838 .9677 2.9515 3-9354 4.9192 5-9030 6.8869 7.8707 8.8545 3897 60 0.9838 .9675 2.9513 3-9351 4.9188 5.9026 6.8864 7.8702 8.8539 .3896 HEIGHTS. 6 1 2 3 4 5 6 7 8 9 b t 0.1038 0.2076 0.3114 o.4i53 0.5191 0.6229 0.7267 0.8305 0-9343 0.1463 00 O.I04I 0.2082 0.3123 0.4164 0.5205 0.6246 0.7287 0.8327 0.9368 0.1467 01 0.1044 0.2088 0.3131 0.4175 0.5219 0.6263 0.7307 0.8350 0.9394 0.1471 02 O.IC47 0.1049 0.2093 0.2099 0.3140 0,3148 0.4186 0.4198 0.5233 0.5247 0.6280 0.6297 0.7326 0.8373 0.8396 0.9419 0.9445 0.1476 0.1480 03 04 0.1052 0.2105 0.4209 0.5262 0.6314 o 7366 0.8418 0.9471 0.1484 0.1055 0.2IIO 0^3165 o . 4220 0.5276 0.6331 0.7386 0.8441 0.9496 0.1488 06 0.1058 0.2116 o.3i74 0.4232 0.5290 0.6348 0.7406 0.8464 0.9522 0.1492 07 o.io6i 0.2122 0.3182 0.4243 0.5304 0.6365 0.7426 0.8486 0.9547 0.1496 08 0.1064 0.2127 0.3191 0.4255 0.^318 0.6382 0.7446 0.8509 0.9573 0.1500 09 0.1067 0.2133 0.3200 0.4266 0-5333 0.6399 0.7466 0.8532 0.9599 0.1504 10 0.1069 0.2139 0.3208 0.4277 0.5347 0.6416 0.7485 0.8554 0.9624 0.1508 II 0.1072 0.2144 0.3217 0.4289 0.5361 0.6433 0.7505 0.8577 0.9650 0.1512 12 0.1075 0.2150 0.3225 0.4300 0-5375 0.6450 0.7525 0.8600 0.9675 0.1516 13 0.1078 0.2156 0.3233 0.4311 0.5389 0.6467 0.7545 0.8622 0.9700 0.1520 14 0.108 i 0.2161 0.3242 0.4323 0.5403 0.6484 0.7565 0.8645 0.9726 0.1524 15 0.1084 0.2167 0.3251 0-4334 0.5418 0.6501 0.7585 0.8668 0.9752 0.1528 16 0.1086 0.2173 0.3259 0.4346 0.5432 0.6518 0.7605 0.8691 0.9778 0.1532 17 0.1089 0.2178 0.3268 0.4357 0.5446 0.6535 0.7624 0.8714 0.9803 0.1536 18 0.1092 0.1095 0.2184 0.2190 0.3276 0.3285 0.4368 0.4380 0.5460 0-5474 0.6552 0.6569 0.7644 0.7664 0.8736 0.8759 0.9828 0.9854 0.1540 0.1544 19 20 0.1098 0.2195 0.3293 0.4391 0.5488 0.6586 0.7684 0.8782 0.9879 0.1548 21 O.IIOI 0.2201 0.3302 0.4402 0.5503 0.6603 0.7704 0.8804 0.9905 0.1552 22 0.1103 0.2207 0.3310 0.4414 0.5517 o . 6620 0.7724 0.8827 o.993i 0.1556 23 0.1106 0.2212 0.4425 o.553i 0.6637 0.7743 0.8850 0.9956 0.1561 24 0.1109 0.2218 0^3327 0.4436 0-5545 0.6654 0.7763 0.8872 0.9981 0.1565 25 O.III2 0.2224 0.3336 0.4448 0-5559 0.6671 0.7783 0.8895 .0007 0.1569 26 O.III5 0.2229 0.3344 0.4459 0.5573 0.6688 0.7803 0.8918 .0032 Q.I573 27 O.IIIO 0.2235 0-3353 0.4470 0.5588 o . 6705 0.7823 0.8940 .0058 0.1577 28 O.II20 0.2241 0.3361 0.4481 0.5602 0.6722 0.7842 0.8963 .0083 0.1581 29 O.II23 0.2246 0.3370 0.4493 0.5616 0.6739 0.7862 0.8986 .0109 0.1585 30 O.II26 0.2252 0.3378 0.4504 0.5630 0.6756 0.7882 0.9008 .0134 0.1589 31 O.II29 0.2258 o 3386 0.4515 0.5644 0.6773 0.7902 0.9031 .0159 0.1593 32 O.II32 0.2263 0-3395 0.4527 0.5659 0.6790 0.7922 0.9054 .0185 0.1597 33 O.II34 o . 2269 0.3403 0.4538 0.5673 0.6807 0.7941 0.9076 .0210 0.1601 34 0.1137 O.2275 0.3412 0.4549 0.5687 0.6824 0.7961 0.9098 .0236 0.1605 35 O.II4O o . 2280 0.3421 0.4561 0.5701 0.6841 0.7981 0.9121 .0262 0.1609 36 O.II43 0.2286 0.3429 0.4572 0.6858 0.8001 0.9144 .0287 0.1613 0.1146 0.2292 0-3437 0.4583 0^5729 0.6875 0.8021 0.9166 .0312 0.1617 38 0.1149 0.2297 0.3446 0-4594 0-5743 0.6892 0.8040 0.9189 0337 0.1621 39 0.1151 0.2303 0-3454 0.5757 0.6909 0.8060 0.9212 .0363 0.1625 40 0.1154 0.2309 0.3463 0.4617 0.5771 0.6926 0.8080 0.9234 .0389 0.1629 41 0.1157 0.1160 0.2314 0.2320 0-3471 0.3480 0.4628 0.4640 0.5786 0.5800 0.6943 0.6960 0.8100 0.8119 0/9257 0.9279 .0414 0439 0.1633 0.1637 42 43 0.1163 0.2326 0.3488 0.4651 0.5814 0.6977 0.8139 0.9302 .0465 0.1641 44 0.1166 0.2331 0-3497 0.4662 0.5828 0.6994 0.8159 0.9325 .0490 0.1645 0.1168 0.2337 0.3505 0.4674 0.5842 0.7010 0.8179 0-9347 .0516 0.1650 46 0.1171 0.1174 0.2342 0.2348 0.3514 0.3522 0.4685 0.4696 0.5856 0.5870 0.7027 0.7044 0.8199 0.8219 0.9370 0-9393 .0541 .0567 0.1654 0.1658 48 0.1177 0.2354 0-3531 0.4708 0.5884 0.7061 0.8238 .0592 0.1662 49 0.1180 0.2359 0-3539 0.4719 0.5899 0.7078 0.8258 0.9438 .0617 0.1666 50 0.1183 0.2365 0.3548 0.4730 0.5913 0.7095 0.8278 0.9460 .0643 0.1670 5i 0.1185 0.2371 0-3556 0.4742 0.5927 0.7112 0.8298 0.9483 .0669 0.1674 52 0.1188 0.2376 0-3565 0-4753 0-5941 0.7129 0.8317 0.9506 .0694 0.1678 53 0.1191 o . 2382 0-3573 0.4764 0-5955 0.7146 0.8337 0.9528 .0719 0.1682 54 0.1194 0.1197 0.2388 0.2393 o.358i 0.3590 0.4775 0.4786 0.5969 0.5983 0.7163 0.7180 0.8357 0.8^76 0.9550 0-9573 0744 .0769 0.1686 0.1690 II 0.1199 0.2399 0.3598 0.4798 0-5997 0.7197 0.8396 0.9596 0795 0.1694 57 0.1202 0.2405 0.3607 0.4809 0.6011 0.7214 0.8416 0.9618 .0821 0.1698 58 O.I20IJ 0.2410 0.3615 o . 4820 0.6025 0.7231 0.8436 0.9641 .0846 0.1702 O.I20O 0.2416 0.3624 0.4832 0.6040 0.7247 0.8455 0.9663 .0871 0.1706 60 DISTANCES. F i 2 3 4 5 6 7 8 9 a 00 0.9838 1.9675 2.9513 3-9351 4.9188 5.9026 6.8864 7.8702 8.8539 1.3896 01 0.9837 1.9674 2.9511 3-9348 4.9185 5.9022 6.8859 7.8696 8.8533 1.3896 02 0.9836 1-9673 2.9509 3-9345 4.9181 5.9018 6.8854 7 . 8690 8.8526 1-3895 03 0.9836 1.9671 2.9507 3-9342 4.9178 5.9013 6.8849 7 . 8684 8.8520 1.3895 04 0.9835 1.9670 2.9505 3-9339 4.9174 5.9009 6.8844 7.8679 8.8514 1-3894 05 0.9834 1.9668 2.9502 3-9337 L.QlVl 5-9005 6.8839 7.8673 8.8507 1-3894 o6 0.9833 1.9667 2.9500 3-9334 4-9167 5.9001 6.8834 7.8667 8.8501 1.3893 07 0.9833 1.9665 2.9498 3-9331 4.9164 5-8996 6.8829 7.8662 8.8494 1.3893 08 0.9832 1.9664 2.9496 3.9328 4.9160 6.8824 7.86;6 8.8488 1.3892 09 0.9831 1.9663 2.9494 3.9325 4-9156 5 . 8988 6.8819 7.8650 8.8482 1.3892 10 0.9831 1.9661 2.9492 3-9322 4-9153 5-8983 6.8814 7.8645 8.8475 1.3891 II 0.9830 1.9660 2.9490 3.9319 4.9149 5.8979 6.8809 7-8639 8.8469 1.3891 12 0.9829 1.9658 2.9487 4-9146 5.8975 6.8804 7-8633 8.8462 1.3890 13 0.9828 1.9657 2.9485 3.93I4 4.9142 5-8970 6.8799 7.8627 8.8456 i . 3890 14 0.9828 1.9635 2.9483 3-93H 4.9138 5.8966 6.8794 7.8621 8.8449 i 3889 15 0.9827 1.9654 2.9481 4.9135 5.8962 6.8789 7.8616 8.8442 1.3889 16 0.9826 1.9652 2-9479 3.9305 5.8957 6.8783 7.8610 8.8436 1.3888 17 0.9825 1.9651 2.9476 3-9302 4-9127 5.8953 6.8778 7.8604 8.8429 1.3888 18 0.9825 1.9650 2.9474 4.9124 5.8949 6.8773 7-8598 8.8423 3887 19 0.9824 1.9648 2.9472 3.9296 4.9120 5.8944 6.8768 7-8592 8.8416 .3887 20 0.9823 1.9647 2.9470 3.9293 4.9117 5.8940 6.8763 7.8586 8.8410 .3886 21 0.9823 1-9645 2.9468 3-9290 4.9113 5.8935 6.8758 7-8580 8.8403 .3886 22 0.9822 1.9644 2.9465 3-9287 4.9109 5-8931 6.8753 7.8574 8.8396 .3885 23 0.9821 1.9642 2.9463 3-9284 4.9105 5.8926 6.8747 7-8569 8.8390 3885 24 0.9820 1.9641 2.9461 3-9281 4.9102 5.8922 6.8742 7-8563 8.8383 .3884 1 0.9820 0.9819 1-9639 1.9638 2.9459 2-9457 3.9278 3.9275 4.9098 4.9094 5.8918 5-8913 6.8737 6.8732 7-8557 7-8531 8.8376 8.8370 .3884 .3883 0.9818 1.9636 2-9454 3.9272 4.9091 5.8909 6.8727 7-8545 8.8363 .3883 28 0.9817 I.9635 2.9452 3.9269 4.9087 5.8904 6.8722 7-8539 8.8356 .3882 29 0.9817 I-9633 2.9450 3.9266 4-9083 5 . 8900 6.8716 7-8533 8.8349 .3882 30 0.9816 1-9632 2.9448 3-9263 4-9079 5.8895 6.8711 7-8527 8.8343 .3881 31 0.9815 1.9630 2.9445 3.9260 4-9076 5.8891 6.8706 7-8521 8.8336 -388i 32 33 34 0.9814 0.9814 0.9813 1.9629 1.9627 1.9626 2.9443 2.9441 2.9438 3.9257 3.9254 3.9251 4.9072 4.9068 4.9064 5.8886 5.8882 5-8877 6.8700 6.8695 6.8690 7.85i5 7.8509 7-8503 8.8329 8.8322 8.8315 .3880 .3880 .3879 0.9812 1.9624 2.9436 3-9248 4.9060 5.8872 6.8684 7.8497 8.8309 -3879 36 0.9811 1.9623 2.9434 3.9245 4-9057 5.8868 6.8679 7.8490 8.8302 .3878 39 40 0.9811 0.9810 1.9621 1.9620 1.9618 1.9617 2.9432 2.9429 2.9427 2.9425 3-9242 3.9239 3.9236 3.9233 4-9053 4.9049 4-9045 4.9041 5.8863 5-8859 5.8854 5.8850 6.8674 6.8669 6.8663 6.8658 7.8484 7,8478 7.8472 7.8466 8 '. 8288 8.8281 8.8274 & .3876 -3876 4 1 0.9807 1.9615 2.9422 3.9230 4-9037 5.8845 6.8652 7.8460 8.8267 .375 42 43 44 0.9807 0.9806 0.9805 1.9613 1.9612 1.9610 2.9420 2.9418 2.9416 3.9227 3-9224 3.9221 4-9034 4.9030 4.9026 5.8840 5.8836 5.8831 6.8647 6.8642 6.8636 7.8454 7-8448 7-8441 8.8260 8.8253 8.8247 .3875 -3874 .3874 0.9804 0.9804 0.9803 1.9609 1.9607 1.9606 2.9413 2.9411 2.9409 3-9218 3-9214 3.9211 4.9022 4.9018 4.9014 5.8826 5.8822 5.8817 6.8631 6.8625 6.8620 7.8435 7.8429 7.8423 8.8240 8.8233 8.8226 .3873 .3872 -3872 48 0.9802 1.9604 2.9406 3.9208 4.9010 5.8812 6.8614 7.8416 8.8219 .3871 49 50 0.9801 0.9801 1.9603 1.9601 2.9404 2.9402 3-9205 3-9202 4.9006 4.9003 5.8808 5-8803 6.8609 6.8604 7.8410 7.8404 8.8212 8.8205 -3871 .3870 5I 0.9800 1-9599 2-9399 3-9199 4.8999 5.8798 6.8598 7-8398 8.8197 .3870 52 0.9799 I-9598 2-9397 3.9196 4-8995 5-8794 6.8592 7' 8 , 3 ?, 1 8.8190 .3869 53 0.9798 1.9596 2-9394 3-9I93 4.8991 5-8789 6.8587 7.8385 8.8183 .3868 54 55 56 0.9797 0.9797 0.9796 1-9595 1-9593 1.9592 2.9392 2.9390 2.9387 3.9189 3-9186 3.918' 4^8983 4.8979 5-8784 5-8779 5-8775 6.8581 6.8576 6.8570 7.8379 7.8372 7-8366 8.8176 8.8169 8.8162 .3868 .3867 .3866 11 n 0.9795 0.9794 0.9793 0.9793 1-9590 1.9588 1.9587 1.9585 2.9385 2.9383 2.9380 2.9378 3 . 9i8c 3-9177 3-9173 3.9170 4-8975 4.8971 4.8967 4-8963 5-8770 5-8765 5.8760 5-8755 6.8565 6.8559 6.8554 6.8548 7-8360 7.8353 7.8347 7.8341 8.8155 8.8148 8.8140 8.8133 .3866 .3865 1.3865 1.3864 HEIGHTS. 7 1 2 3 4 5 6 7 8 9 b t 0.1208 0.2416 0.3624 0.4832 0.6040 0.7247 0.8455 0.9663 .0871 0.1706 oo O.I2II 0.2421 0.3632 0.4843 0.6054 0.7264 0.8475 0.9686 .0896 0.1710 01 O.I2I4 0.2427 0.3641 0.4854 0.6068 0.7281 0.8495 0.9709 .0922 0.1714 02 0.1216 0.2433 0.4866 0.6082 0.7298 0.8515 0-9731 .0948 0.1718 03 0.1219 0.2438 0.3658 0.4877 0.6096 o.73i5 0.8534 0-9754 0973 0.1722 04 0.1222 0.2444 o . 3666 0.4888 0.6110 0.7332 0.8554 0.9776 .0998 0.1726 05 0.1225 0.2450 0.3674 0.4899 0.6124 0-7349 0.8574 0.9798 .1023 0.1730 06 0.1228 0.2455 0.3683 0.4910 0.6138 0.7366 0.8593 0.9821 .1048 0.1734 07 0.1230 0.2461 0.3691 0.4922 0.6152 0.7383 0.8613 0.9843 .1074 0.1738 08 0.1233 0.2467 0.3700 0.4933 0.6166 0.7400 0.8633 0.9866 .1100 0.1743 09 0.1236 0.2472 0.3708 0.4944 0.6180 o.74i7 0.8653 0.9889 .1125 0.1747 IO 0.1239 0.2478 o.37i7 0.4956 0.6194 0-7433 0.8672 0.9911 .1150 0.1751 11 0.1242 0.2483 0.3725 0.4967 0.6209 o.745o 0.8692 0-9934 .1175 0.1755 12 0.1245 0.2489 0-3734 0.4978 0.6223 0.7467 0.8712 0.9956 .1201 0.1759 13 0.1247 0.2495 0.3742 0.4989 0.6237 0.7484 0.8731 0.9978 .1226 0.1763 14 0.1250 0.2500 o.375o 0.5000 0.6251 0.7501 0.8751 .0001 .1251 0.1767 15 0.1253 0.2506 0.3759 0.5012 o . 6265 0.7518 0.8771 .0024 .1277 0.1771 16 0.1256 0.2512 0.3767 0.5023 o . 6279 0.7535 0.8791 .0046 .1302 0.1775 17 0.1259 0.2517 0.3776 0.5034 0.6293 0.7552 0.8810 .0069 .1327 0.1779 18 O.I26I 0.2523 0.3784 0.5046 0.6307 0.7568 0.8830 .0091 1353 0.1783 19 0.1264 0.2528 0-3793 0.5057 0.6321 0.7585 0.8849 .0114 1378 0.1787 20 0.1267 0.2534 0.3801 0.5068 0.6335 0.7602 0.8869 .0136 .1403 0.1791 21 0.1270 0.2540 0.3809 0.5079 0.6349 0.7619 o . 8889 .0158 .1428 0.1795 22 0.1273 0.2545 0.3818 0.5090 0.6363 0.7636 0.8908 .0181 1453 0.1799 23 0.1275 0.2551 0.3826 0.5102 0.6377 0.7652 0.8928 .0203 .1479 0.1803 24 0.1278 0.2556 0.3835 0.5113 0.6391 o . 7669 0.8947 .0226 .1504 0.1807 25 e.I28l 0.2562 0.3843 0.5124 0.6405 0.7686 0.8967 .0248 .1529 0.1811 26 0.1284 0.2568 0.3852 0.5136 0.6419 0.7703 0.8987 .0271 .1555 0.1815 27 0.1287 0.2573 o 3860 0.5147 0.6433 0.7720 0.9007 .0294 0.1819 28 0.1289 0.2579 0^868 0.5158 0.6447 0.7737 0.9026 .0316 .1605 0.1823 29 0.1292 0.2585 0.3877 0.5169 0.6461 0-7754 o . 9046 0338 .1631 0.1827 30 0.1295 0.1298 0.2590 0.2596 0.3885 0.3894 0.5180 0.5192 0:6489 0.7771 0.7787 0.9066 0.9085 .0361 .0383 .16^6 .1681 0.1831 0.1835 31 32 O.I30I 0.2601 0.3902 0.5203 0.6503 0.7804 0.9105 .0406 .1706 0.1839 33 0.1303 0.2607 0.3910 0.5214 0.6517 0.7821 0.9124 .0428 .1731 0.1843 34 0.1306 0.2613 o . 39 1 9 0.5225 0.6532 0.7838 0.9144 .0450 .1757 0.1847 35 0.1309 0.2618 0.3927 0.5236 0.6546 0.7855 0.9164 .0473 .1782 0.1852 36 O.I3I2 o . 2624 0.3936 0.5248 0.6560 0.7871 0.9183 .0495 .1807 0.1856 O.I3I5 0.2629 0.3944 0.5259 0.6574 0.7888 0.9203 .0518 .1832 0.1860 38 O.I3I8 0.2635 0-3953 0.5270 0.6588 0.7905 0.9223 .0540 . 18^8 0.1864 39 0.1320 0.2641 0.3961 0.5281 0.6602 0.7922 0.9242 .0562 .1883 0.1868 40 0.1323 o . 2646 0.3969 0.5292 0.6616 0-7939 0.9262 .0585 .1908 0.1872 4i 0.1326 0.2652 o 3978 0.5304 0.6630 0-7955 0.9281 .0607 .1933 0.1876 42 0.1329 0.2657 o . 3986 o.53i5 o . 6644 0.7972 0.9301 .0630 .1958 0.1880 43 0.1332 o . 2663 0.3995 0.5326 0.6658 0.7989 0.9321 .0652 .1984 0.1884 44 0.1334 0.1337 0.2669 0.2674 0.4003 0.4011 0-5337 0.5348 0.6672 0.6686 0.8006 0.8023 0.9340 o . 9360 .0674 .0697 .2009 .2034 0.1888 0.1892 Jl 0.1340 0.2680 0.4020 0.5360 0.6700 0.8039 0.9379 .0719 .2059 0.1896 47 0.1343 0.2685 o . 4028 0.5371 0.6714 0.8056 0.9399 .0742 .2084 o . 1900 48 0.1346 0.2691 0.4037 0.5382 0.6728 0.8073 0.9415 .0764 .2110 0.1904 49 0.1348 0.2697 0.4045 0-5393 0.6742 0.8090 0.9438 .0786 2135 0.1908 50 O.I35I 0.2702 0.4053 0.5404 0.6756 0.8107 0.9458 .0809 .2l6o 0.1912 5I 0.1354 0.2708 0.4062 0.5416 0.6770 0.8123 0.9477 .0831 .2185 0.1916 52 0.1357 0.2713 o . 4070 0.5427 0.6783 0.8140 0.9497 .0854 .22IO o . 1920 53 0.1359 0.2719 o . 4078 0.5438 0.6797 0.8157 0.9516 .0876 2235 0.1924 54 0.1362 0.2725 0.4087 0.5449 0.6811 0.8174 0.9536 .0898 .2261 0.1928 55 0.1365 0.2730 0.4095 0.5460 0.6825 0.8191 0.9556 .0921 .2286 0.1932 56 0.1368 0.2736 0.4104 0.5472 0.6839 0.8207 0.9575 .0943 .2311 0.1936 57 O.I37I 0.2741 0.4112 0.5483 0.68^3 0.8224 0.9595 .0966 2336 o . 1940 58 0.1374 0.2747 0.4121 0.5494 0.6867 0.8241 0.9615 ,0988 .2362 0.1944 59 0.1376 0.2753 0.4129 0.5505 0.6881 0.8258 0.9634 .1010 .2387 0.1948 60 8 DISTANCES. r 1 a 3 4 5 6 7 8 9 a 00 0-9793 1.9585 2.9378 3.9i7o 4.8963 5-8755 6.8548 7.8341 8.8133 .3864 01 0.9792 1.9584 2.9375 3-9167 4.8959 5.8751 6.8542 7.8334 8.8126 -3863 02 0.9791 1.9582 2-9373 3-9i64 4.8955 5.8746 6.8537 7-8328 8.8119 .3862 03 0.9790 1.9580 2-9370 3-9161 4-8951 5.8741 6.8531 7-8321 8.8m .3862 04 0.9789 1.9579 2.9368 3.9I57 4.8947 5.8736 6.8525 7-8315 8.8104 .3861 05 0.9789 1.9577 2.9366 3.9154 4.8943 5.8731 6.8520 7.8308 8.8097 .3861 06 0.9788 1.9575 2.9363 3.9i5i 4.8939 5.8726 6.8514 7-8302 8.8090 .3860 07 0.9787 1.9574 2.9361 3-9148 4.8935 5.8722 6.8508 8.8082 .3860 08 0.9786 1.9572 2.9358 3.9I44 4.8931 5.8717 6.8503 7 . 8209 8.8075 -3859 09 0.9785 1.9571 2.9356 3-9141 4.8927 5-8712 6.8497 7^8282 8.8068 -3859 10 0.9785 1.9569 2-9354 3.9138 4-8923 5-8707 6.8492 7.8276 8. 8061 .3858 ii 0.9784 1.9567 2.9351 3.9135 4.8918 5.8702 6.8486 7.8269 8.8053 .3858 12 0.9783 1.9566 2-9349 3-9131 4.8914 5-8697 6.8480 7.8263 8.8046 13 0.9782 1.9564 2.9346 3-9128 4.8910 5.8692 6.8474 7-8256 8.8038 3856 14 0.9781 1.9562 2-9344 3-9125 4.8906 5.8687 6.8468 7.8250 8.8031 3856 S 0.9780 0.9780 1.9561 1-9559 2-9341 2-9339 3-9122 4.8902 4.8898 5.8682 5-8677 6.8463 6.8457 7-8243 7.8236 8.8023 8. 8016 .3855 .38^4 17 18 0-9779 0.9778 1-9557 1-9556 2.9336 2-9334 3.9"5 3-9112 4.8894 4.8890 5-8672 5.8667 6.8451 6.8445 7.8230 7.8223 8.8009 8. 8001 .3854 3853 19 0.9777 1-9554 2-9331 3.9io8 4.8885 5.8662 6.8440 7.8217 8.7994 -3853 20 0.9776 1-9553 2.9329 4.8881 5-8657 6.8434 7.8210 8.7986 -3852 21 0.9775 I-955I 2.9326 3-9102 4.8877 5.8652 6.8428 7.8203 8.7979 -3852 22 0.9775 1-9549 2.9324 3-9098 4.8873 5.8647 6.8422 7.8197 8.7971 -3851 23 0.9774 1-9547 2.9321 3.9095 4.8869 5.8642 6.8416 7.8190 8.7964 -3850 24 0-9773 1.9546 2.9319 3-90Q2 4.8864 5-8637 6.8410 7-8183 8.7956 -3850 25 0.9772 1-9544 2.9316 3-9088 4.8860 5-8632 6.8404 7.8176 8.7948 -3849 26 0.9771 1-9542 2.9314 3-9085 4.8856 5.8627 6.8398 7.8170 8.7941 .3849 27 0.9770 I-954I 2.9311 3-9081 4.8852 5.8622 6.8393 7-8163 8.7933 -3848 28 0.9770 1-9539 2.9309 3.9078 4.8848 5.8617 6.8387 7.8i56 8.7926 -3847 29 o . 9769 1-9537 2.9306 3.9075 4-8843 5.8612 6.8381 7.8i49 8.7918 3847 30 0.9768 1.9536 2.9304 3.9071 4-8839 5.8607 6.8375 7.8i43 8.7911 .3846 31 0.9767 1-9534 2.9301 3-9068 4-8835 5.8602 6.8369 7-8136 8.7903 .3846 32 0.9766 1-9532 2.9298 3-9064 4-8831 5.8597 6.8363 7.8129 8.7895 .3845 33 0.9765 I-953I 2.9296 3-9061 4.8826 5.8592 6.8357 7.8122 8.7887 -3844 34 0.9764 1.9529 2.9293 3.9058 4.8822 5.8586 6.8351 7.8115 8.7880 -3844 35 0.9764 I-9527 2.9291 3-9054 4.8818 5.8581 6.8345 7.8108 8.7872 -3843 36 37 0.9763 0.9762 I-9525 1-9524 2 9288 2.9285 3-9051 3.9047 4-8813 4.8809 5.8576 5.8571 6.8339 6.8333 7.8102 7.8095 8.7864 8.7856 -3843 .3842 38 0.9761 1.9522 2.9283 3.9044 4.8805 5-8566 6.8327 7.8088 8.7849 .3841 39 0.9760 I 9520 2.9280 3.9040 4.8801 5.8561 6.8321 7.8081 8.7841 -3841 40 0.9759 I.95I9 2.9278 3-9037 4.8796 5-8556 6.8315 7-8074 8.7833 .3840 4i 0.9758 I-95I7 2.9275 3-9034 4.8792 5.8550 6.8309 7.8067 8.7826 .3840 42 43 44 0.9758 0.9757 0.9756 I.95I5 I.95I3 1.9512 2.9273 2.9270 2.9267 3-9030 3.9027 3-9023 4.8788 4-8783 4.8779 5-8545 5.8540 5-8535 6.8303 6.8296 6.8290 7.8060 7-8053 7.8046 8.7818 8.7810 8.7802 .3839 -3838 -3838 45 0-9755 1.9510 2.9265 3.9020 4.8774 5-8529 6.8284 7-8039 8.7794 3837 46 0-9754 1.9508 2.9262 3-9oi6 4.8770 5-8524 6.8278 7.8032 8.7786 .3837 47 0-9753 1.9506 2.9259 3-9013 4.8766 5.8519 6.8272 7-8025 8.7778 3836 48 0.9752 1.9505 2.9257 3.9009 4.8761 6.8266 7.8018 8.7770 .3835 49 o.975i 1-9503 2.9254 3-9006 4.8757 5 '8508 6.8260 7.8011 8.7763 .3835 50 0.9751 1.9501 2.9252 3.9002 4-8753 5-8503 6.8254 7.8004 8.7755 .3834 5t 0.9750 1-9499 2.9249 3.8999 4.8748 5.8498 6.8247 7-7997 8.7747 .3834 52 0.9749 1-9497 2.9246 3.8995 4.8744 6.8241 7-7990 8-7739 .3833 53 0.9748 1.9496 2.9244 3.8991 4.8739 5! 8487 6.8235 7-7983 8.7731 -3832 54 0-9747 1.9494 2.9241 3.8988 4-8735 5.8482 6.8229 7-7976 8.7723 -3832 55 0.9746 1.9492 2.9238 3-8984 4.8730 5.8476 6.8222 7.7969 8.7715 -3831 56 0-9745 1.9490 2.9236 3.8981 4.8726 5-8471 6.8216 7.7961 8.7707 -3831 1? 0-9744 0.9743 I.949 1.9487 2.9233 2.9230 3-8977 3.8974 4.8721 4.8717 5.8466 5.8460 6.8210 6.8204 7-7954 7-7947 8.7699 8.76Q1 .3830 .3829 g 0.9743 0.9742 1.9485 1.9483 2.9228 2.9225 3-8970 3-8966 4-8713 4.8708 5.8455 5.8450 6.8198 6.8191 7-7Q4Q 7-7933 8.7683 8.7675 .3829 .3828 HEIGHTS. 1 2, 3 4 5 6 7 8 9 b r 0.1376 0.1379 0.2753 0.2758 0.4129 0.4137 o.55o5 0.5516 0.6881 0.6895 0.8258 0.8275 0.9634 0.9654 .1010 1033 .2387 .2412 0.1948 0.1952 00 01 0.1382 0.2764 0.4145 0.5527 0.6909 0.8291 0.9673 1055 2437 0.1956 02 0.1385 0.2769 0.4154 0.5538 0.6923 0.8308 0.9692 1077 .2462 0.1960 03 0.1387 0.2775 0.4162 o.555o 0.6937 0.8324 0.9712 .1099 .2487 0.1965 04 0.1390 0.2780 0.4171 0.5561 0.6951 0.8341 0.9731 .1122 .2512 0.1969 05 0.1393 Q.I396 0.2786 0.2792 0.4179 0.4187 0.5572 0.5583 0.6965 0.6979 0.8358 0.8375 0.9751 0.9771 ;"$ 2537 0.1973 o.i977 06 07 Q.I399 0.1401 0.2797 0.2803 0.4196 0.4204 0.5594 0.5606 0.6993 0.7007 0.8392 0.8408 0.9790 0.9810 !ii8g .1211 '2587 .2613 0.1981 0.1985 08 09 0.1404 0.2808 0.4213 0.5617 0.7021 0.8425 0.9829 .1234 .2638 o. 19 8 9 IO 0.1407 0.2814 0.4221 0.5628 0.7035 0.8441 0.9849 .1256 .2663 0.1993 II 0.1410 0.2819 o . 4229 0.5639 0.7049 0.8458 0.9868 .1278 .2688 0.1997 12 0.1413 0.2825 0.4238 0.5650 0.7063 0.8475 0.9888 .1300 2713 0.2001 13 O.I4I5 0.2831 0.4246 0.5661 0.7077 0.8492 0.9907 .1322 2738 0.2O05 14 0.1418 0.2836 0.4254 0.5672 0.7091 0.8509 0.9927 1345 .2763 0.2009 15 0.1421 0.2842 0.4263 0.^684 0.7104 0.8525 0.9946 .1367 .2788 0.2013 16 0.1424 0.2847 0.4271 0.5695 0.7118 0.8542 0.9966 1390 .2813 O.2OI7 17 0.1426 0.2853 0.4279 0.5/06 0.7132 0.8558 0.9985 .1412 .2838 0.2021 18 0.1429 0.2858 0.4288 0.5717 0.7146 0.8575 1.0005 1434 .2863 o . 2025 19 0.1432 0.2864 0.4296 0.5728 0.7160 0.8592 1.0024 .1456 .2888 0.2029 20 0.1435 0.2870 0.4304 0-5739 0.7174 0.8609 1.0044 .1478 .2913 0.2033 21 0.1438 0.2875 0-5750 0.7188 o 8626 1.0063 .ISO! .2938 0.2037 22 0.1440 0.2881 0.4321 0.5762 0.7202 0^8642 1.0083 .1523 2963 0.2041 23 0.1443 0.2886 0.4329 0-5773 0.7216 o.86=;9 I. 0102 1545 .2988 0.2045 24 0.1446 0.2892 0-4338 0-5784 0.7230 0.8675 I. 0121 3 OI 3 0.2049 25 0.1449 0.2897 0.4346 0-5795 0.7243 0.8692 I.OI4I 'l590 3038 0.2053 26 0.1451 0.2903 0-4354 0.5806 0.7257 0.8709 I. 0160 .l6l2 .3063 0.2057 27 0.14^4 0.2909 0.4363 0.5817 0.7271 0.8726 I.0l8o .1634 .3088 0.2061 28 0.1457 0.2914 0-4371 0.5828 0.7285 0.8742 I.OIQ9 .1656 3"3 0.2065 29 0.1460 o . 2920 0-4379 0.5839 0.7299 0.8759 I.02I9 .1678 .3138 0.2069 30 0.1463 0.2925 0.4388 0.5850 0.731.3 0.8776 1.0238 .1701 .3163 0.2073 31 0.1465 0.2931 0.4396 0.5862 0.7327 0.8792 1.0258 1723 .3188 0.2077 32 0.1468 0.2936 0.4404 0.5873 o.734i 0.8809 1.0277 1745 .3213 0.2081 33 0.1471 0.2942 0.4413 0.5884 0.7355 0.8825 1.0296 .1767 3238 0.2085 34 0.1474 0.2947 0.4421 0-5895 0.7368 0.8842 I.03I6 .1790 3263 0.2089 35 0.1476 0.2953 0.4429 0.^906 0.7382 o.88;g 1-0335 .1812 .3288 0.2093 36 0.1479 0.1482 0.2958 0.2964 0.4438 0.4446 0.5917 0.5928 0.7396 0.7410 0.8875 0.8892 1-0355 1.0374 .1834 .1856 .3313 0.2097 0.2IOI i 0.1485 o . 2970 0-4454 0-5939 0.7424 o . 8909 1.0394 .1878 .3363 0.2105 39 0.1488 0.2975 0.4463 o.595o 0.7438 0.8926 1.0413 .1901 .3388 0.2IIO 40 0.1490 0.2981 0.4471 0.5961 0.7452 0.8942 1.0432 1923 3413 0.2114 41 0.1493 0.2986 0.4479 0.5972 0.7466 0.8959 1.0452 1945 3438 0.2118 42 0.1496 0.2992 0.4488 0.5984 0.7479 0.8975 1.0471 .1967 .3463 0.2122 43 0.1499 0.2997 0.4496 0-7493 0.8992 1.0491 .1989 .3488 0.2126 44 O.I^OI 0.3003 0.4504 0.6006 0.7507 0.9008 1.0510 .2011 3513 0.2130 45 0.1504 0.3008 0.6017 0.7521 0.9025 1.0529 .2034 3538 0.2134 46 0.1507 0.3014 0^4521 0.6028 0.7535 0.9042 1.0549 .2056 3563 0.2138 47 0.1510 0.1513 0.3019 0.3025 0.4529 0.4538 0.6039 0.6050 0.7549 0.7^63 0.9058 0.9075 1.0568 1.0588 .2078 .2100 .3588 .36r3 0.2142 0.2146 48 49 0.1515 0.3031 0.4546 0.6061 0.7576 0.9092 1.0607 .2122 .3638 0.2150 50 0.1518 0.3036 0.4554 0.6072 0.7590 0.9108 1.0626 .2144 .3662 0.2154 5l 0.1521 0.3042 0.4562 0.6083 0.7604 0.9125 1.0646 .2166 .3687 0.2158 52 0.1524 0.3047 0.4571 0.6094 0.7618 0.9142 1.0665 .2189 3712 0.2l62 53 0.1526 0.3053 0-4579 0.6105 0.7632 0.9158 1.0684 .2211 3737 0.2166 0.1532 0.3058 0.3064 0.4587 0.4596 0.6116 0.6128 0.7646 0.7660 0.9175 0.9191 1.0704 1.0723 -2233 2255 .3762 .3787 0.2170 0.2174 i o. 1^35 0.3069 0.4604 0.6139 0.7673 0.9208 1.0742 .2277 .3812 0.2178 57 0.1537 0.3075 0.4612 0.6150 0.7687 0.9224 1.0762 .2299 .3837 0.2182 58 0.1540 0.3080 0.4621 0.6161 0.7701 0.9241 1.0781 .2321 .3862 0.2186 59 0.1543 0.3086 0.4629 0.6172 0.7715 0.9257 1.0800 1.2343 .3886 0.2190 60 DISTANCES. F 1 2 3 4 5 6 7 8 9 a 00 0-9742 .9483 2.9225 3-8966 4.8708 .8450 6.8191 7933 8.7675 1.3828 01 02 0.9741 0.9740 .9481 .9480 2.9222 2.9219 3-8963 3.8959 4.8704 4.8699 .8444 .8439 6.8185 6.8179 .7926 8.7666 8.7658 1.3827 1.3826 03 0-9739 .9478 2.9217 3-8956 4.8695 .8433 6.8172 7911 8.7650 1.3826 04 0.9738 9476 2.9214 3-8952 .8428 6. 8166 7904 8.7642 1.3825 0-9737 9474 2.9211 3-8948 4 . 8686 .8423 6.8160 .7897 1.3825 06 0.9736 .9472 2.9209 3-8945 4.8681 .8417 6.8153 .7800 8 . 7626 i.5 07 0-9735 9471 2 . 9206 3-8941 4.8676 .8412 6.8147 .7882 8.7618 1-3824 08 0-9734 .9469 2.9203 3-8938 4.8672 .8406 6.8141 .7875 8.7609 1.3823 09 0-9733 .9467 2 . 920O 3-8934 4-8667 .8401 6.8134 .7868 8.7601 1.3822 10 0.9733 .9465 2.9198 3-8930 4.8663 8395 6.8128 .7861 8-7593 1.3821 ii 0-9732 .9463 2.9195 3-8927 4.8658 .8390 6.8122 .7853 8.7585 1.3821 12 o.973i .9461 2.9IQ2 3-8923 4.8654 .8384 6.8115 .7846 8.7577 1.3820 13 14 o.973o 0.9729 .9460 9458 2.9189 2.9187 3-8919 3-8916 4.8649 4.8644 .8379 8373 6.8109 6.8102 .7838 7831 8.7568 8.756o 1.3819 1.3819 15 0.9728 9456 2.9184 3-8912 4.8640 .8368 6.8096 .7824 8.7552 1.3818 16 0.9727 9454 2.9l8l 3-8908 4.8635 .8362 6.8089 .7816 8-7543 1.3818 11 0.9726 0.9725 9452 .9450 2.9178 2.9176 3-8904 3-8901 4-8631 4.8626 357 .8351 6.8083 6.8076 .7809 .7802 8-7535 8.7527 1.3817 1.3816 19 0.9724 9449 2.9173 3-8897 4.8621 8346 6.8070 7-7794 8.7518 1.3816 20 0.9723 .9447 2.9170 3.8893 4.8617 .8340 6.8063 7.7787 8.7510 1.3815 21 0.9722 9445 2.9167 3.8800 4.8612 8334 6.8057 7-7779 8.7502 1.3814 22 0.9721 9443 2.9164 3.8886 4.8607 8329 6.8050 7-7772 8-7493 1.3814 23 0.9721 .9441 2.9162 3.8882 4.8603 .8323 6.8044 7.7764 8.7485 1-3813 24 0.9720 9439 2.9159 3-8878 4.8598 .8318 6.8037 7-7757 8.7476 1.3813 25 0.9719 9437 2.9156 3-8875 4.8593 .8312 6.8031 7-7749 8.7468 1.3812 26 0.9718 9435 2.9153 4.8589 .8306 6.802A 7-7742 8.7460 1.3811 27 0.9717 9434 2.9150 318867 4.8584 5-8301 6. 8018 7-7734 8.7451 1.3811 28 0.9716 9432 2.9148 3' 8 * 6 3 4-8579 5-8295 6. Son 7.7727 8.7443 1.3810 29 0.9715 9430 2.9145 3.8860 4-8575 5.8200 6.8004 7.7719 8-7434 1.3810 30 0.9714 .9428 2.9142 3.8856 4.8570 5.8284 6.7998 7.7712 8.7426 1.3809 31 0.9713 .9426 2.9139 3.8852 4-8565 5.8278 6.7991 7.7704 8.7417 1.3808 32 0.9712 .9424 2.9136 3.8848 4.8560 5.8272 6.7984 7.7697 8.7409 1.3808 33 0.9711 9422 2.9133 3.8844 4.8556 5.8267 6 7978 7 . 7689 8.7400 1.3807 34 0.9710 .9420 2.9130 3-884I 4.8551 5.8261 6.7971 7.7681 8.7391 1.3806 0.9700 .9418 2.9128 3.8837 4-8546 5.8255 6.7964 7.7674 8.733 1.3806 36 0.9708 9417 2.9125 3.8833 4.8541 5-8250 6.7958 7.7666 8.7374 1.3805 37 0.9707 9415 2.9122 4-8537 5.8244 6.7951 7.7658 8.7366 1.3804 38 0.9706 9413 2.9119 3 18825 4-8532 5-8238 6.7944 7.7651 8.7357 1.3804 39 0.9705 .9411 2.9II6 3.8822 4-8527 5-8232 6.7938 7.7643 8-7349 1.3803 40 0.9704 .9409 2.9II3 3.8818 4.8522 5.8227 6.7931 7-7636 8.7340 1.3802 4i 0.9703 .9407 2.9IIO 3.8814 4.8517 5.8221 6.7924 7.7628 8-7331 1.3802 42 0.9703 .9405 2.9108 3-8810 4.8513 5.8215 6.7918 7.7620 8.7323 1.3801 43 0.9702 .9403 2.9105 3.8806 4.8508 5.8209 6.79H 7.7612 8.73M 1.3800 44 0.9701 .9401 2.9102 3.8802 4-8503 5.8203 6.7904 7.7604 8.7305 1-3799 45 o . 9700 9399 2.0099 3.8798 4.8498 5-8198 6.7897 7-7597 8.7296 1-3799 46 0.9699 9397 2.9096 3.8794 4.8493 5.8192 6.7890 7.7589 8.7288 1.3798 47 0.9698 -9395 2.9093 3-879I 4.8488 5.8186 6.7884 7.758i 8.7279 1-3797 48 0.9697 9393 2.9090 3.8787 4-8483 5.8180 6.7877 7-7573 8.7270 1-3797 49 0.9696 9391 2.9087 3.8783 4.8479 5.8i74 6.7870 7-7566 8.7261 I.3796 50 0.9695 9389 2.9084 3-8779 4.8474 5.8168 6.7863 7-7558 8.7253 1-3795 5, 0.9694 9388 2.9081 3-8775 4.8469 5.8163 6.7856 7.7550 8.7244 1-3795 52 0.9693 9386 2.9078 3-8771 4.8464 5.8i57 6.7849 7.7542 8.7235 1-3794 53 0.9692 9384 2.9075 3.8767 5.8151 6.7843 7-7534 8.7226 1-3793 54 0.9691 -9382 2.9072 3-8/63 t454 5.8145 6.7836 7.7526 8.7217 1-3792 55 0.9690 .938o 2.9069 4 8449 5-8i39 6.7829 7.7519 8.7208 1.3792 56 o . 9689 9378 2.9066 3 '-875 5 4.8444 5.8i33 6.7822 7-75II 8.7199 I-379I 1 019687 -9376 9374 2.9064 2.9061 3.8751 3-8747 4.8439 4.8434 5.8127 5.8121 6.7815 6.7808 7.7503 7-7495 8.7191 8.7182 1-3790 1.3789 0.9686 0.9685 9372 9370 2.9058 2.9055 3-8744 3.8740 4.8429 4.8424 5.8115 5.8109 6.7801 6.7794 7.7487 7-7479 8.7173 8.7164 HEIGHTS. 1 2, 3 4 5 6 7 8 9 b r 0.1543 0.3086 0.4629 0.6172 o.77i5 0.9257 .0800 2343 .3886 0.2190 00 0.1546 0.3091 0.4637 0.6183 0.7729 0.9274 .0820 .2365 3911 0.2194 01 0.1548 0.3097 0.4645 0.6194 0.7742 0.9290 0839 2387 3936 0.2198 02 0.1551 0.3102 0.4654 o . 6205 0.7756 0.9307 .0858 .2410 .3961 0.22O2 03 0.1554 0.3108 0.4662 0.6216 0.7770 0.9324 .0878 .2432 3986 0.2206 04 0.1557 o.3"3 o . 4670 0.6227 0.7784 0.9340 .0897 .2454 .4010 O.22IO 05 0.1559 0.3119 0.4678 0.6238 0.7797 0-9357 .0916 .2476 4035 0.2214 06 0.1562 0.3124 0.4687 o . 6249 0.7811 0-9373 .0936 .2498 .4060 O.22l8 07 0.1565 0.3130 0.4695 o . 6260 0.7825 0.9390 -0955 .2520 .4085 0.2222 08 0.1568 0.3136 0.4703 0.6271 o.739 0.9407 .0975 .2542 .4110 0.2226 09 0.1571 0.3141 0.4712 0.6282 0.7853 0.9423 .0994 .2564 4135 0.2230 10 0.1573 0.3147 0.4720 0.6293 0.7866 0.9440 .1013 .2586 .4160 0.2234 II 0.1576 0.3152 0.4728 0.6304 0.7880 0.9456 .1032 .2608 .4184 0.2238 12 0.1579 0.1582 0.3158 0.3163 0.4736 0.4745 0.6315 0.6326 0.7894 0.7908 0-9473 0.9489 .1052 .1071 .2630 .2652 .4209 4234 0.2242 0.2246 13 14 0.1584 0.3169 0-4753 0.6337 0.7922 0.9506 .1090 .2674 O.2250 15 0.1587 o.3i74 0.4761 0.6348 0.7935 0.9523 .IIIO .2697 .4284 0.2254 16 0.1590 0.3180 0.4769 0.6359 0.7949 0-9^39 .1129 .2719 .4308 O.2258 i7 0.1593 0.3185 0.4778 o . 6370 0.7963 0.9556 .1148 .2741 4333 O.2262 18 0.1595 0.3191 0.4786 0.6381 0.7977 0.9572 .1167 .2763 435 0.2266 19 0.1598 0.3196 0-4794 0.6392 o.799i 0.9589 .1187 .2785 0.2270 20 0.1601 0.3202 0.4802 o . 6403 0.8004 0.9605 .1206 .2807 .4407 0.2274 21 0.1604 0.3207 0.4811 0.6414 0.8018 0.9622 .1225 .2829 4432 0.2278 22 0.1606 0.3213 0.4819 0.6425 0.8032 0.9638 .1244 .2851 4457 o . 2282 23 0.1609 0.3218 0.4827 0.6436 0.8046 0.9655 .1264 .2873 .4482 0.2287 24 0.1612 0.3224 0.4835 0.6447 0.8059 0.9671 .1283 .2895 .4506 0.2291 25 0.1615 0.3229 0.4844 0.6458 0.8073 0.9688 .1302 2917 4531 0.2295 26 0.1617 0.3235 o.4S=;2 o . 6469 0.8087 0.9704 .1321 2939 4556 0.2299 27 0.1620 0.3240 0.4860 0.6480 0.8100 0.9721 .1341 .2961 458i 0.2303 28 0.1623 0.3246 0.4868 0.6491 0.8114 0.9737 .1360 2983 .4605 0.'2307 29 0.1626 0.3251 0.4877 0.6502 0.8128 0.9754 1379 .3005 .4630 0.23II 30 0.1628 0.3257 0.4881; 0.6513 0.8142 0.9770 .1398 .3027 .4655 0.2315 31 0.1631 0.3262 0.4893 0.6524 0.8155 0.9787 .1418 3049 .4680 0.2319 32 0.1634 0.1637 0.3268 0.3273 0.4901 0.4910 0.6535 0.6^46 0.8169 0.8183 0.9803 0.9819 .1437 .1456 .3071 .3092 4704 4729 0.2323 0.2327 33 34 0.1639 0.1642 0.3279 0.3284 0.4918 0.4926 0.6557 0.6568 0.8196 0.8210 0.9836 0.9852 1475 .1494 3114 3136 4754 4778 0.2331 0.2335 i 0.1645 0.3290 0.4934 0.6579 0.8224 0.9869 .1514 3158 .4803 0.2339 37 0.1648 0.3295 0.4943 0.6300 0.8238 0.9885 1533 .3180 .4828 0.2343 38 0.1650 0.3301 o.495i 0.6601 0.8251 0.9902 .1552 .3202 .4853 0.2347 39 0.1653 0.3306 0-4959 0.6612 0.8265 0.9918 .1571 .3224 .4877 0.2351 40 0.1656 0.33" 0.4967 0.6623 0.8279 0.9934 .1590 .3246 4901 0.2355 4i 0.1658 o.33i7 0.4975 0.6634 0.8292 0.9951 .1609 .3268 .4926 0.2359 42 0.1661 0.3322, 0.4984 0.6645 0.8306 0.9967 .1629 .3290 .4951 0.2363 43 0.1664 0.3328 0.4992 0.6656 0.8320 0.9984 .1648 3312 4976 0.2367 44 0.1667 0-3333 0.5000 0.6667 0.8334 I.OOOO .1667 3334 .5000 0.2371 45 0.1669 0-3339 0.5008 0.6678 0.8347 I. 0016 .1686 3356 .5025 0.2375 46 0.1672 0.3344 0.5017 0.6689 0.8361 1.0033 .1705 3378 .5050 0.2379 47 0.1675 0-3350 0.5025 o . 6700 0.8375 1.0049 .1724 3399 5074 0.2383 48 0.1678 0.1680 0-3355 0.3361 0.5033 0.5041 0.6711 o . 6722 0.8388 o . 8402 1.0066 1.0082 .1743 1763 .3421 3443 .5098 .5123 0.2387 0.2391 49 50 0.1683 0.3366 0.5049 0.6732 0.8416 1.0099 .1782 .3465 .5148 0.2395 5i 0.1686 0.3372 0.5057 0.6743 0.8429 1.0115 . 1 80 1 .3487 .5172 0.2399 52 0.1689 0.1691 0-3377 ' 33 0.5066 0.5074 0.6754 0.6765 0.8443 0.8457 1.0132 1.0148 .1820 .1839 3509 3531 .5197 .5222 0.2403 0.2407 53 54 0.1694 0.3388 0.5082 0.6776 o . 8470 1.0165 .1859 3553 .5247 0.2411 55 0.1697 0-3394 0.5090 0.6787 0.8484 1.0181 .1878 3574 5271 0.2415 56 0.1700 0-3399 0.5099 0.6798 0.8498 1.0197 1897 .5296 0.2419 57 0.1702 0.3404 0.5107 0.6809 0.8511 1.0213 .1916 [3618 .5320 0.2423 58 0.1705 0.3410 0.5115 0.6820 0.8525 1.0230 1935 .3640 5345 0.2427 59 0.1708 0.3415 0.5123 0.6831 0.8539 1.0246 .1954 .3662 5369 0.2431 60 10' DISTANCES. f 1 a 3 4 5 6 7 8 9 a oo 0.9685 1.9370 2.9055 3.8740 4.8424 5.8109 6.7794 7-7479 8.7164 3788 01 0.9684 1.9368 2.9052 3.8736 4.8419 5-8103 77^7 7-7471 8.7155 3787 02 0.9683 1.9366 2.9049 3-8732 4.8414 5-8097 [7780 7.7463 8.7146 3786 03 0.9682 1.9364 2.9046 3-8728 4.8409 7773 7-7455 8.7137 3786 04 0.9681 1.9362 2.9043 3-8724 4.8404 5 . 8085 .7766 7-7447 8.7128 .3785 05 0.9680 1.9360 2.9040 3-8720 4.8399 5.8079 -7759 7-7439 8.7119 -3784 06 0.9679 1.9358 2.9037 3-87J6 4-8.394 5.8073 -7752 7-7431 8.7110 3783 07 0.9678 1.9356 2.9034 3-8712 4.8389 5.8o67 -7745 7.7423 8.7101 .3783 08 0.9677 1.9354 2.9031 3-8707 4.8384 5.8061 -7738 7.7415 8.7092 .3782 09 0.9676 1.9352 2.9028 3-8703 4-8379 5.8055 -7731 7.7407 8.7083 .378i 10 0.9675 1-9350 2.9025 3-8699 4.8374 5.8049 .7724 7-7399 8.7074 .3780 II 0.9674 1.9348 2.9022 3.8695 4-8369 5.8043 .7717 7-7391 8.7065 .3780 12 0.9673 1.9346 2.9019 3 8691 4-8364 5.8037 .7710 7.7383 8.7056 3779 13 0.9672 1.9344 2.9015 3-8687 4.8159 5.8031 7703 7-7375 8.7046 -3778 14 0.9671 1.9342 2.9012 3-8683 4-8354 5.8025 .7696 7-7366 8.7037 3777 15 1-9340 2.9009 3-8679 4-8349 5.8019 7689 7.7358 8.7028 -3776 16 1.9338 2.9006 3-8675 4.8344 5.8013 ^7681 7-7350 8.7019 -3776 17 1.9336 2.9003 3-8671 4.339 5.8007 .7674 7-7342 8.7010 3775 18 0.9667 1-9333 2.9000 3-8667 4.8334 5.8000 .7667 7-7334 8.7001 3774 19 0.9666 I- 933i 2.8997 3-8663 4.8329 5-7994 6.7660 7.7326 8.6991 3773 20 0.9665 1.9329 2.8994 3.8659 4-8324 5.7988 6.7653 7.73i8 8.6982 3773 21 0.9664 1.9327 2.8991 3-8655 4-8318 5.7982 6.7646 7.7309 8.6973 3772 22 0.9663 1-9325 2.8988 3-8651 4-8313 5-7976 6.7638 7.7301 8.6964 3771 23 0.9662 1.9323 2.8985 3.8646 4.8308 5-7970 6.7631 7.7293 8.6954 3770 24 0.9661 1.9321 2.8982 3.8642 4-8303 5.7963 6.7624 7-7285 8.6945 3769 25 0.9660 I-93I9 2 . 8979 3-8638 4.8298 5-7957 6.7617 7.7276 8.6936 376q 26 0.9659 I-93I7 2.8976 3-8634 4.8293 5-7951 6.7610 7.7268 8.6927 -3768 27 0.9657 I-93I5 2.8972 3-8630 4.8287 5-7945 6.7602 7.7260 8.6917 .3767 28 0.9656 I.93I3 2.8969 3-8626 4.8282 5-7939 6-7595 7.7252 8.6908 3766 29 0.9655 1.9311 2.8966 3.8622 4.8277 5-7932 6.7588 7-7243 8 . 6899 .3765 30 0.9654 1.9309 2.8963 3-8617 4.8272 5.7926 6.7581 7.7235 8.6889 3765 3i 0.9653 1.9307 2.8960 3-8613 4.8267 5-7920 6-7573 7.7227 8.6880 3764 32 0.9652 1-9305 2.8957 3.8609 4.8261 5-7914 6.7566 7.7218 8.6870 .3763 33 0.9651 1.9302 2.8954 3-8605 4.8256 5.7907 6.7559 7.7210 8.6861 .3762 34 0.9650 1.9300 2.8951 3.8601 4.8251 5.7901 6-7551 7.7201 8.6852 .376i 35 0.9649 1.9298 2.8947 3-8597 4.8246 5-7895 6-7544 7-7193 8.6842 376i 36 0.9648 1.9296 2.8944 3.8592 4.8240 5 7888 6.7537 7-7185 8.6833 .376o 0.9647 1.9294 2.8941 3-8588 4-8235 5.7882 6.7529 7.7176 8.6823 3759 38 0.9646 1.9292 2.8938 3-8584 4-8230 5.7876 6.7522 7.7168 8.6814 3759 39 0.9645 i 9290 2.8935 3.8580 4-8225 5-7870 6.7515 7.7159 8.6804 3758 40 0.9644 1.9288 2.8932 3-8576 4.8219 5.7863 6.7507 7.7I5I 8.6795 -3757 4i 42 43 0.9643 0.9642 0.9641 1.9286 1.9284 1.9281 2.8928 2.8923 2.8922 3-8571 3.8567 3-8563 4.8214 4.8209 4.8203 5.7857 5.7851 5.7844 6.7500 6.7492 6.745 7.7143 7-7134 7.7126 8.6785 8.6776 a. 6766 -3756 -3755 -3755 44 0.9640 1.9279 2.8919 3-8358 4.8198 5.7838 6.7477 7-7II7 8-6757 3754 45 0.9639 1.9277 2.8916 3-8554 4-8193 5-7831 6.7470 7.7108 8.6747 3753 46 47 0.9638 0.9636 1-9275 1-9273 2.8912 3-8550 3.8546 4.8187 4.8182 5-7825 5.7819 6.7462 6-7455 7.7100 7.7091 8.6737 8.6728 -3752 3752 48 0.9635 1.9271 2.8906 3-8541 4.8177 5.7812 6.7448 7.7o83 8.6718 3751 49 0.9634 1.9269 2.8903 3-8537 4.8172 5.7806 6.7440 7.7074 8.6709 3750 50 0.9633 1.9266 2.8900 3-8533 4.8166 5-7799 6-7433 7.7066 8.6699 3749 5i 0.9632 1.9264 2.8896 3-8529 4.8161 5-7793 6.7425 7-7057 8.6689 .3748 52 ^3 0.9631 0.9630 i . 9262 1.9260 2.8893 2.8890 3.8524 3.8320 4.8155 4.8150 5-7786 5.778o 6.7417 6.7410 7.7049 7.7040 8.6680 8.6670 .3748 3747 54 o . 9629 1.9258 2.8887 3-8516 4 8145 5-7773 6.7402 7.7031 8.6660 .3746 55 0.9628 1.9256 2.8883 3.8511 4 8i39 5.7767 6-7395 7-7023 8.6650 3745 56 0.9627 1.9234 2.8880 3-8507 4.8134 5.776i 6.7387 7.7014 8.6641 3744 57 0.9626 1.9251 2.8877 3-8503 4.8128 5-7754 6.7380 8.6631 3744 58 o . 9625 1.9249 2.8874 3-8498 4-8123 5-7748 6.7372 7.6997 8.6621 3743 59 0.9624 1.9247 2.8871 3.8494 4.8118 5-7741 6.7365 7.6988 8.6612 3742 60 0.9622 1.9245 2.8867 3.8490 4.8112 5-7735 6-7357 7-6979 8.0602 1-3742 HEIGHTS. 1 2 3 4 5 6 7 8 9 b ~f 0.1708 0.3415 0.5123 0.6831 0.8539 .0246 1954 .3662 5369 0.2431 oo 0.1710 0.3421 0.5131 0.6842 0.8552 .0262 1973 3683 5394 0.2435 01 0.1713 0.1716 0.1719 0.3426 0.3432 -3437 0.5140 0.5148 0.5156 0.6853 0.6864 0.6875 0.8566 0.8580 0.8593 .0279 -0295 .0312 .1992 .2011 .2030 3705 3727 3749 5419 m 0.2439 0.2443 0.2447 02 03 04 0.1721 0-3443 0.5164 0.6886 0.8607 0328 .2050 3771 5493 0.2451 05 0.1724 0.3448 0.5173 0.6896 0.8620 0345 .2069 3793 5517 0.2455 06 0.1727 0-3454 0.5181 0.6907 0.8634 .0361 .2088 .3814 5541 0.2459 07 0.1730 0-3459 0.5189 0.6918 o . 8648 0377 .2107 .3836 5566 0.2463 08 0.1732 0.3464 0.5197 0.6929 0.8661 0393 .2126 .3858 5590 0.2467 09 0.1735 0.3470 0.5205 o . 6940 0.8675 .0410 .2145 .3880 .5615 0.2471 10 0.1738 0.3475 0.5213 0.6951 0.8688 .0426 .2164 3902 5639 0.2475 ii 0.1740 0.3481 0.5221 o . 6962 0.8702 .0442 .2183 .3923 .5664 0.2479 12 0.1743 0.3486 0.5229 0.6973 0.8716 0459 .2202 3945 .5688 0.2483 13 0.1746 0.3492 0.5238 0.6984 0.8729 0475 .2221 3967 .5713 0.2487 0.1749 0.1751 0.1754 0-3497 0.3503 0.3508 0.5246 0.5254 0.5262 0.6994 0.7005 0.7016 0.8743 0.8757 0.8770 .0492 .0508 .0524 .2240 .2259 .2278 .3989 .4010 .4032 5737 .5762 5786 0.2491 0.2495 0.2499 !i 17 0.1757 0.3513 0.5270 0.7027 0.8784 .0540 .2297 .4054 .5810 0.2503 18 0.1759 0.3519 0.5278 0.7038 0.8797 0557 .2316 .4076 5835 0.2507 19 o . 1762 0.3524 0.5287 0.7049 0.8811 0573 2335 .4098 .5860 0.2511 20 0.1765 0.3530 0.5295 0.7060 0.8824 .0589 2354 .4119 .5884 0.2515 21 0.1768 0-3535 0.5303 0.7070 0.8838 .0606 2373 .4141 .5908 0.2519 22 0.1770 o.354i o.53" 0.7081 o.88s2 .0622 2392 .4162 5933 0.2523 23 Q.I773 0.3546 0.7092 0.8865 .0638 .2411 .4184 5957 0.2s27 24 0.1776 0.3552 0.5327 0.7103 0.8879 0655 .2430 .4206 .5982 0.2531 25 0.1778 0-3557 0-5335 0.7114 0.8892 .0671 2449 .4228 .6006 0-2535 26 0.1781 0.3562 0-5344 0.7125 0.8906 .0687 .2468 .4250 6031 0.2539 27 0.1784 o.3<;6S 0-5352 0.7136 0.8920 0703 .2487 .4271 6055 0.2543 28 0.1787 0-3573 0.5360 0.7146 0.8933 .0720 .2506 4293 .6079 0.2547 29 0.1789 0-3579 0.5368 0.7157 0.8947 0736 .2525 .4314 .6104 0.2551 30 0.1792 0.3584 0.5376 0.7168 0.8960 0752 .2544 4336 .6128 0.2555 31 0.1795 0.1797 0.1800 0.3590 0-3595 0.3600 0^5384 0.5392 0.5401 0.7179 0.7190 0.7201 o . 8974 0.9001 .0769 .0785 .0801 .2563 .2582 .2601 .1$ .4402 6i53 6i77 .6202 0.2559 0.2563 0.2567 32 33 34 0.1803 0.3606 0.5409 0.7212 0.9014 .0817 .2620 4423 .6226 0.2571 35 : 0.1806 0.3611 0.5417 0.7222 0.9028 .0834 .2639 .6250 0.2575 36 0.1808 0.3617 0.5425 0.7233 0.9041 .2658 4466 6275 0.2579 0.1811 0.3622 0-5433 0.7244 0.9055 .0866 .2677 .4488 .6299 0.2583 38 0.1814 0.3627 0.5441 0.7255 0.9069 0882 .2696 .4510 6323 0.2587 39 0.1816 0.3633 0.5449 0.7266 0.9082 [0898 .2715 4531 .6348 0.2591 40 0.1819 0.3638 0.5457 0.7276 0.9096 .0915 2734 4553 6372 0.2595 41 0.1822 0.3644 0.5465 0.7287 0.9109 0931 2753 4574 6396 0.2599 42 0.1825 0.3649 0-5474 0.7298 0.9123 0947 .2772 .4596 .6421 0.2603 43 0.1827 0.3654 0.5482 0.7309 0.9136 0963 .4618 6445 0.2607 44 0.1830 0.3660 0.5490 0.7320 0.9150 0979 .2809 4639 .6469 0.2611 45 0.1833 o.366s 0.5498 0.7330 0.9163 .0996 .2828 .4661 .6491 0.2615 46 0.1835 0.3671 0.5506 0.7341 0.9177 .1012 .2847 .4682 6518 0.2619 47 0.1838 0.3676 0.5514 0.7352 0.9190 .1028 .2866 .4704 6542 0.2623 48 0.1841 0.3681 0.5522 0.7363 0.9204 .1044 .2885 .4726 .6566 0.2627 49 0.1843 0.3687 0-5530 0-7374 0.9217 .Io6l .2904 4748 .6591 0.2631 50 0.1846 0.3692 0.5538 0.7384 0.9231 .1077 2923 4769 6615 0.2635 51 0.1849 0.3698 0.5546 0-7395 0.9244 1093 .2942 .4790 0.2639 52 O.l8s2 0.3703 0-5555 0.7406 0.9258 .1109 .2961 .4812 .6664 0.2643 53 0.1854 0.3708 0.5563 0.7417 0.9271 .1125 .4834 .6688 0.2647 54 0.1857 0.3714 o.557i 0.7428 0.9285 .1141 .2998 4855 6712 0.2651 55 0.1860 0.3719 0-5579 0.7438 o . 9298 .1158 3017 .4877 .6736 0.2655 56 0.1862 0.3725 0.5587 0.7449 0.9312 .1174 3036 .4898 .6761 0.2659 57 0.1865 0-3730 0-5595 0.7460 0.9325 .1190 3055 .4920 .6785 0.2663 58 0.1868 0-3735 0.5603 0.7471 0.9339 i. 1206 374 4942 .6809 0.2667 59 0.1870 o.374i 0.5611 0.7482 0.9352 I. 1222 3093 .4963 -6834 0.2671 60 II DISTANCES. r 1 2 3 4 5 6 7 8 9 a 00 .9622 9245 .8867 3.8490 .8112 -7735 6-7357 .6979 .6602 3742 01 .9621 .9243 .8864 3.8485 .8107 .7728 6-7349 6971 .6592 3741 02 .9620 .9240 .8861 .8481 .8101 5.7721 6-7342 .6962 .6582 3740 03 .9619 9238 .8857 0-8477 .8096 5-7715 6-7334 6953 6572 3739 04 .9618 9236 .8854 .8472 .8090 .7708 6.7326 6944 .6562 3738 05 .9617 9234 .8851 .8468 .8085 5.7702 6.7319 .6936 6553 3738 06 .9616 9232 .8848 .8463 .8079 5-7695 1.7311 .6927 6543 3737 07 9615 .9230 .8844 3.8459 .8074 5.7689 6.7303 .6918 6533 -3736 08 .9614 .9227 .8841 3.8455 .8068 5.7682 6.7296 .6909 6523 3735 09 9613 .9225 .8838 3.8450 .8063 5.7675 6.7288 6901 6513 3734 10 .9611 -9223 .8834 3-8446 .8057 5.7669 6.7280 .6892 .6503 3734 ii .9610 .9221 2.8831 3.8441 .8052 5.7662 6.7273 .6883 6493 3733 12 .9609 .9218 .8828 3.8437 .8046 5-7655 6.7265 .6874 .6483 3732 13 .9608 1.9216 .8824 3-8433 .8041 5-7649 6.7257 .6865 6473 3731 14 .9607 .9214 .8821 3.8428 -8035 5.7642 6.7249 .6856 -6463 3730 .9606 .9605 1.9212 .9210 2.8818 2.8814 3-8424 3-8419 .8030 .8024 5-7635 5.7629 6.7241 6.7234 .6847 .6838 6453 6443 3730 -3729 17 .9604 1.9207 2.8811 3-8413 itjprf 5.7622 6.7226 .6830 6433 .3728 18 .9603 1.9205 2.8808 3.8410 .8013 5.76i5 6.7218 .6821 -6423 3727 19 .9601 1.9203 2.8804 3.8406 4.8007 5.7609 6.7210 .6812 .6413 .3726 20 .9600 1.9201 2.8801 3.8401 ,.8002 5.7602 6.7202' .6803 .6403 .3726 21 9599 1.9198 2.8798 3-8397 4.7996 5-7595 6.7195 .6794 8.6393 .3725 22 9598 1.9196 2.8794 3-8392 4.7990 5-7589 6.7187 7-6785 5.6383 3724 23 9597 1.9194 2.8791 3-8388 4-7985 5.7582 6.7179 7-6776 8.6373 3723 24 -9596 1.9192 2.8788 3-8383 4-7979 5-7575 6.7171 7.6767 8.6363 3722 3 0-9595 0-9594 1.9189 1.9187 2.8784 2.8781 3.8379 3-8374 4-7974 4-7968 5-7568 5.7562 6.7163 6.7155 7.6758 7.6749 8.6352 8.6342 3722 .3721 27 0.9592 1.9185 2.8777 3.8370 4.7962 5-7555 6.7147 7.6740 8.6332 1.3720 28 o.959i 1.9183 2.8774 3.8365 4-7957 5-7548 6.7139 7-673I 8.6322 1.3719 29 1.9180 2.8771 3-8361 4-7951 5-7541 6.7131 7.6722 8.6312 1.3718 0.9585 1.9178 2.8767 3-8356 4-7945 5-7534 6.7124 7.6713 8.6302 1.3718 3i 0.9588 1.9176 2.8764 3.8352 4.7940 5.7528 6.7116 7 6/04 8.6291 1.3717 32 0.9587 1.9174 2.8760 3-8347 4-7934 5.7521 6.7108 7-6604 8.6281 1.3716 33 34 0.9586 0.9585 1.9171 1.9169 2.8757 2.8754 3-8343 3.8338 t-7928 5-7514 5-7507 6.7100 6.7092 7.6685 7.6676 8.6271 8.6261 1.3715 1.3714 0.9583 1.9167 2.8750 3-8333 h79i7 5-75oo 6.7084 7.6667 8.6250 1.3714 36 0.9582 1.9164 2.8747 3-8329 4.7911 5-7493 6.7076 7.6658 8 . 6240 1.3713 38 0.9581 0.9580 1.9162 1.9160 2.8743 2.8740 3-8324 3.8^20 4.7905 5.7487 5.7480 6.7068 6.7060 7.6649 7.6640 8.6230 8.6219 1.3712 1.3711 39 40 0-9579 0.9578 1-9158 2.8736 2.8733 3-8315 3-83H tisi 5-7473 5.7466 6.7052 6.7044 7.6630 7.6621 8.6209 8.6199 1.3710 1.3710 41 0.9577 i.9i53 2.8730 3-8306 4.7883 5-7459 6.7036 7.6612 8.6189 1.3709 42 0-9575 1.9151 2.8726 3-8301 4.7877 5-7452 6.7027 7-6603 8.6178 1.3708 43 44 0.9574 0-9573 1.9148 1.9146 2.8723 2.8719 3-8297 3.8292 4.7871 4.7865 5-7445 5-7438 6.7019 6.7011 7-6593 7.6584 8. 6168 8.6157 1.3707 1.3706 45 0.9572 1.9144 2.8716 3-8287 4.7859 5-7431 6 . 7003 7-6575 8.6147 1.3706 46 0.9571 1.9141 2.8712 3-8283 4.7854 5.7424 6-6995 7.6566 8.6136 1.3705 47 0.9570 2.8709 3.8278 4.7848 5.74I7 6.6987 7.6556 8.6126 1.3704 48 0.9568 i.9i37 2.8705 3-8274 4.7842 5.7410 6.6979 7.6547 8.6116 1.3703 49 0.9567 2.8702 3.8269 4.7836 5-7403 6.6971 7.6538 8.6105 1.3702 0.9566 1.9132 2.8698 3-8264 4.7830 5.7396 6.6962 7.6529 8.6095 1.3702 52 0.9565 0.9564 1.9130 1.9127 2.8695 2.8691 3.8260 3-8255 4.7824 4.7819 5.7389 5.7382 6-6954 6.6946 7.6519 7.6510 8.6084 8.607 1.3701 1.3700 s: 0.9563 0.9561 1.9125 1. 912; 2.8688 2.8684 3-8250 3.8245 4.7813 4.7807 5-7375 5.7368 6.6938 6.6930 7-6500 7.649 8.606 8.605 1-3699 1.3698 5! 0.9560 1.9120 2.8681 3-8241 4.7801 5.736i 6.692 7.648 8.604 1.3698 56 0-9559 0-9558 1.9118 1.9116 2.8677 2.8674 3-8236 3-823 4-7795 4-7789 5-7354 5-7347 6.6913 7.647 7.646 8.603 8.602 1.3697 1.3696 58 0-9557 1.9113 2.8670 3.8227 4.7783 5-7340 6.689 7.645 8.601 1.3695 59 0.9556 1.9111 2.8667 3.8222 4-7778 5-7333 6 688 7.644 8.600 1.3694 60 0.9554 1.9109 2.8663 3.8217 4-7772 5.7326 6! 6880 7.643 8.598 1.369 HEIGHTS. II 1 2 3 4 5 6 7 8 9 b r 0.1870 0.3741 0.5611 0.7482 0.9352 .1222 3093 .4963 .6834 0.2671 oo 0.1873 0.3746 0.5619 0.7492 0.9366 1239 .3112 .4985 0.2675 OI 0.1876 0.3752 0.5627 0.7503 0.9379 .1255 3131 .5006 .6882 0.2679 02 0.1878 0-3757 0.5635 0.75M 0.9392 .1271 .3149 .5028 6906 0.2683 03 0.1881 o 3762 o . 5644 0.7525 o . 9406 .1287 .3168 .5050 6931 0.2687 04 0.1884 0.3768 o.=;6^2 0.7536 0.9420 1303 .3187 .5071 6955 0.2691 05 0.1887 0-3773 0.5660 0.7546 0-9433 1319 .3206 5093 .6979 0.2695 06 0.1889 0.3778 0.5668 0-7557 o . 9446 1335 .3224 .5114 .7003 0.2699 07 0.1892 0.3784 0.5676 0.7568 0.9460 .1351 3243 .5135 .7027 0.2703 08 0.1895 0.3789 0.5684 0.7578 0.9473 .1368 .3262 5157 7051 0.2707 09 0.1897 0-3795 0.5692 0.7589 0.9487 .1384 .3281 .5178 .7076 0.2711 IO o. 1900 0.3800 0.5700 0.7600 0.9500 .I40O 3300 .5200 .7100 0.2715 II ,0.1903 0.3805 0.5708 0.7611 0.9513 .1416 .3319 .5222 .7124 0.2719 12 0.1905 0.3811 0.^716 0.7622 0.9527 .1432 .3338 5243 .7149 0.2723 13 0.1908 0.3816 0.5724 0.7632 0.9540 .1448 3357 .5265 7173 0.2727 14 0.1911 0.3821 0.5732 0.7643 0.9554 .1464 3375 .5286 .7197 0.2731 15 0.1913 0.3827 0.5740 0.7654 0.9567 .1480 3394 5307 .7221 0.2735 16 0.1916 0.3832 0.5748 o . 7664 0.9580 1497 .3413 5329 .7245 0.2739 17 0.1919 0.3838 0.5756 0.7675 0.9594 .1513 3432 5350 .7269 0.2743 18 0.1921 0.3843 0.5764 0.7686 0.9607 .1529 3450 5372 7293 0.2747 19 0.1924 0.3848 0-5773 0.7697 0.9621 1545 3469 5394 .7317 0.2751 20 0.1927 0.3854 0.5781 0.7707 0.9634 .I56l .3488 .5415 7341 0.2755 21 0.1930 0.3859 0.5789 0.7718 0.9648 1577 3507 5436 .7366 0.2759 22 0.1932 0-1935 0.3864 0.3870 0.5797 0.5805 0.7729 0.7740 0.9661 0.9674 1593 .1669 3525 .5458 5479 7390 .7414 0.2763 0.2767 23 24 0.1938 0.3875 0.5813 0.7750 0.9688 .1625 .3563 .5500 7438 0.2771 25 0.1940 0.3880 0.5821 0.7761 0.9701 .1641 358i 5522 .7462 0.2775 26 o.i943 0.3886 o . ^829 0.7772 0.9714 .1657 .3600 5543 .7486 0.2779 27 o . 1940 0.3891 o 5837 0.7782 0.9728 .1673 .3619 5565 7510 0.2783 28 0.1948 0.3896 0.5845 0-7793 0.9741 .1689 3637 .5586 7534 0.2787 29 0.1951 0.3902 0.5853 0.7804 0.9755 .1705 .3656 .5607 7558 0.2791 30 0.1954 0.3907 0.5861 0.7814 0.9768 .1722 .3675 .5629 .7582 0.2795 3i 0.1956 o.39i3 0.5869 0.7825 0.9781 1738 3694 .5650 .7606 0.2799 32 0.1959 0.3918 0.5877 0.7836 0.9795 1754 3712 5671 .7630 0.2803 33 0.1962 0-3923 0.5885 0.7846 0.9808 .1770 3731 5693 .7654 o . 2807 34 0.1964 0.3929 0.5893 0.7857 0.9821 .1786 3750 5714 7679 0.2811 35 0.1967 0-3934 0.5901 0.7868 0.9835 .1802 3709 5736 .7703 0.2815 36 0.1970 0-3939 0.5909 0.7878 0.9848 .1818 .3787 5757 .7727 0.2819 37 0.1972 0-3945 0.5917 0.7889 0.9861 .1834 .3806 5778 7751 0.2823 38 0.1975 0-3950 0.5925 0.7900 0.9875 .1850 3825 .5800 7775 0.2827 39 0.1978 0-3955 0.5933 0.7910 0.9888 .1866 .3843 .5821 7799 0.2831 40 o . 1980 0.3961 0.5941 0.7921 0.9901 .1882 .3862 .5842 7823 0.2835 4i 0.1983 0.3966 0.5949 0.7932 0.9915 .1898 .3881 .5864 .7847 0.2839 42 0.1986 o.397i 0.5957 0.7942 0.9928 .1914 3899 .5885 .7871 0.2843 43 0.1988 0-3977 0.5965 0.7953 o 9941 .1930 39i8 .5906 .7895 0.2847 44 0.1991 0.3982 0.5973 0.7964 0.9955 .1946 3937 .5928 .7919 0.2851 45 0.1994 0.1996 0.3987 0.3993 0.5981 0.5989 0.7974 0.7985 0.9968 0.9981 .1962 .1978 3955 3974 5949 5970 38 0.2855 0.2859 46 47 0.1999 0.3998 0.5997 o 7996 0.9994 .1994 3992 5991 7990 0.2863 48 . 2O02 o . 4003 0.6005 o . 8006 I. 0008 .2010 .4011 6013 .8014 0.2867 49 0.2004 0.4009 0.6013 0.8017 I.O021 .2026 .4030 .6034 .8038 0.2871 5o 0.2007 0.4014 0.6021 0.8028 1.0034 .2041 .4048 .6055 .8062 0.2875 5i 0.2010 0.4019 0.6029 0.8038 1.0048 .2057 .4067 .6077 .8086 0.2879 52 0.2012 0.4024 0.6037 0.8049 I. 0061 .4085 .6098 .8110 0.2883 53 0.2015 0.4030 0.6045 0.8060 1.0075 .2089 .4104 .6119 .8134 0.2887 M 0.20l8 0.4035 0.6053 o . 8070 1.0088 .2105 4123 .6141 .8158 0.2891 55 . 202O 0.4040 0.6061 0.8081 I.OIOI .2121 .4141 .6162 .8182 0.2895 56 0.2023 0.4046 0.6069 0.8092 1.0114 .2137 .4160 .6183 .8206 0.2899 57 . 2026 0.4051 0.6077 0.8102 1.0128 2153 4179 .6204 .8230 0.2903 58 o . 2028 0.4056 0.6085 0.8113 1.0141 .2169 4197 .6226 .8254 0.2907 59 0.2031 o . 4062 0.6092 0.8123 1.0154 .2185 .4216 .6247 .8278 0.2911 60 DISTANCES. 1 2 3 4 5 6 t 8 9 a 00 0.9554 1.9109 2.8663 3-8217 4.7772 5.7326 6.6880 7.6435 8.5989 3694 01 0.9553 1.9106 2.8659 3-8213 4.7766 5.73I9 6.6872 7-6425 8.59/8 3693 02 0.9552 1.9104 2.8656 3.8208 4.7760 5-7312 6.6864 7.6416 8.5968 36931 03 0.9551 1.9102 2.8652 3-8203 4-7754 5-7305 6.6855 7.6406 8-5957 3692! 04 0.9550 1.9099 2.8649 3.8198 4.7748 5.7297 6.6847 7.6397 8.5946 .3691 1 05 0.9548 1.9097 2.8645 4-7742 5.7290 6.68*) 7-6387 8.5936 o6 0.9547 1.9094 2.8642 3-8i?9 .1.7736 5-7283 6.6830 7 6378 8.5925 07 0.9546 1.9092 2.8638 3-8184 4-7730 5.7276 6.6822 7-6368 8.5914 08 0.9545 1.9090 2.8634 3.8i79 4.7724 5.7269 6.6814 7.6359 8.5903 3687 09 0.9544 1.9087 2.8631 3.8i75 4.77i8 5.7262 6.6805 7.6349 8.5893 .3687 10 0.9542 1.9085 2.8627 3-8170 4.7712 5-7255 6.6797 7-6340 8.5882 .3686 II 0.9541 1.9082 2.8624 3-8165 4.7706 5.7247 6.6789 7.6330 8.5871 .3685 12 0.9540 1.9080 2.8620 3-8160 4.7700 5-7240 6.6780 7.6320 8.5860 .3684 13 0.9539 1.9078 2.8616 3-8i55 6.6772 7.6311 8.5849 -3683 14 0.9538 1.9075 2.8613 3-8150 4*7688 5 '7226 6.6763 7.6301 8.5839 .3682 15 0.9536 1.9073 2.8609 3-8146 4.7682 5.7219 6.6755 7.6291 8.5828 .368: 16 0.9535 1.9070 2.8606 3-8141 4.7676 5.7211 6.6747 7.6282 8.5817 .3681 17 0-9534 1.9068 2.8602 3-8136 4.7670 5.7204 6.6738 7.6272 8.^806 .3680 18 0-9533 1.9066 2.8598 3.8i3i 4.7664 5-7197 6.6730 7.6262 8-5795 3679 19 0-9532 1.9063 2.8595 3.8126 4-7658 6.6721 7-6253 8.5784 3678 20 o.953o 1.9061 2.8591 3.8122 4-7652 5*7182 6.6713 7-6243 8-5774 .3677 21 22 0.9529 0.9528 1.9058 1.9056 2.8588 2.8584 3.8117 3.8112 4.7646 4.7640 5.7175 5.7i68 6 . 6704 7-6233 7.6224 8.5763 8.5752 -3676 3675 23 0.9527 1.9053 2.8580 3-8107 4-7634 5.7160 6 6687 7.6214 8.5741 .3674 24 0.9526 1.9051 2.8577 3.8102 4.7628 5.7153 6.6679 7.6204 8-5730 .3673 2 5 0.9524 1.9049 2.8573 3.8097 4.7622 5.7U6 6.6670 7.6194 8.5719 .3672 26 0.9523 1.9046 2.8569 3-8092 6.6662 7.6185 8.5708 3672 27 0.9522 1.9044 2.8566 3-8087 4-7609 5.7131 6.6653 7.6i75 .3671 28 0.9521 1.9041 2.8562 3.8083 4-7603 5.7124 6.66 44 7-6165 8. s686 .3670 29 o.95i9 1.9039 2.8558 3-8078 4-7597 6.6636 7.6155 8.5675 .3660 30 0.9518 1.9036 2.8555 3-8073 4-7591 5^7109 6.6627 7.6146 8.5664 .3668 31 0.9517 1.9034 2.8551 3.8068 4.7585 5.7102 6.6619 7.6136 8.5653 3667 32 0.9516 1.9031 2.8547 3-8063 4-7579 5.7094 6.6610 7.6126 8.5642 .3667 33 0.9514 1.9029 2.8543 3-8058 4-7572 5.7087 6.6601 7.6116 8.5630 .3666 34 o.95i3 1.9027 2.8540 3-8053 4-7566 5.7080 6.6593 7.6106 8.5619 .3665 0.9512 1.9024 2.8*36 3.8048 4.756o 5.7072 6.6584 7-6096 8.5608 .3664 36 0.9511 1.9022 2.8532 3-8043 4-7554 5-7065 6.6575 7.6086 8.5597 3663 37 0.9510 1.9019 2.8529 3-8038 4.7548 5.7057 6.6567 7.6076 8.5586 .3662 38 0.9508 1.9017 2.8525 3-8033 4-7542 6.6558 7.6066 8-5575 .3661 39 0.9507 i 9014 2.8521 3.8028 4-7535 5*7042 6.6550 7.6057 8.5564 .3660 40 0.9506 1.9012 2.8518 3-8023 4.7529 5-7035 6.6541 7.6047 8-5553 .3660 4i o.95o5 1.9009 2.8514 3.8018 4.7523 5.7028 6.6532 7-6037 8-5541 3659 42 0.9503 1.9007 2.8510 3-8013 4.7517 5.7020 6.6523 7.6027 8-5530 .3658 43 44 0.9502 0.9501 1.9004 I. 9002 2.8506 2.8503 3.8008 3-8003 4-7510 4.7504 5-7013 5-7oo5 6.6515 6.6506 7.6017 7.6007 8.5519 8.5508 3657 .3656 0.9500, 1.8999 2.8499 3.7998 4.7498 5.6998 6.6497 7-5997 8.5496 3655 46 0.9498 1.8997 2.8495 3-7993 4-7492 6.6488 7.5987 8.5485 .3654 47 0-9497 1.8994 2.8491 3.7988 4.7485 5.6983 6.6480 7-5977 8-5474 .3653 48 0.9496 2.8488 3-7983 4-7479 5-6975 6.6471 7.5967 8.5463 -3652 49 50 0.9495 0-9493 I '.898? 2.8484 2.8480 3.7978 3-7973 4-7473 4.7467 5.6968 5.6960 6.6462 6.6453 7-5957 7-5947 8.5451 8.5440 -3651 3651 5t 0.9492 1.8984 2.8476 3-7968 4.7460 5-6952 6.6444 7-5937 8.5429 3650 52 0.9491 1.8982 2.8472 3-7963 4-7454 5.6945 6.6436 7.5926 8.5417 .3649 53 0.9490 1.8979 2.8469 3-7958 4.7448 5-6937 6.6427 7.5916 8.5406 .3648 54 0.9488 1.8977 2.8465 3-7953 4.7441 5.6930 6.6418 8.5395 .3647 0.9487 1.8974 2.8461 3-7948 4-7435 5.6922 6.6409 7 5896 8.5383 .3646 56 0.9486 I.897I 2.8457 4.7429 5.6914 6.6400 7-5886 8-5372 .3645 I 0.9484 0.9483 2.8453 2.8450 3-7933 4-7422 4.74i6 5-6907 5.6899 6.6391 6.6382 7.5876 7-5866 8.5360 8.5349 .3644 -3643 59 0.9482 J.'8964 2.8446 3-7928 4.7410 5.6802 6.6374 7.5856 8.533$ 3642 c 0.9481 1.8961 2.8442 3.7923 4-7403 5.6884 6.6365 7.5845 8.5326 .3641 HEIGHTS. 12' 1 2, 3 4 5 6 7 8 9 b r 0.2031 0.4062 o . 6092 0.8123 1.0154 1.2185 1.4216 1.6247 .8278 0.2911 00 o . 2033 0.4067 0.6100 0.8134 1.0167 I . 22OI 1.4234 1.6268 .8302 0.2915 01 o . 2036 0.4072 0.6108 0.8144 1.0181 I.22I7 1.4253 1.6289 .8325 o . 291^ 02 0.2039 0.2041 0.4078 0.4083 0.6116 0.6124 0.8155 0.8166 1.0194 i . 0207 1.2233 1.2248 1.4272 1.4290 1.6310 1-6331 8349 8373 0.2923 0.2927 03 04 0.2044 0.4088 0.6132 0.8176 I. 0221 1.2264 1.4309 1-6353 8397 0.2931 05 0.2047 0.2049 0.4093 0.4099 0.6140 0.6148 0.8187 0.8198 1.0234 1.0247 1.2280 I . 2296 1.4346 1-6374 1.6395 .8420 .8444 0.2935 0.2939 06 07 0.2052 0.4104 0.6156 0.8208 I.O2OO I.23I2 i . 4364 1.6416 .8468 0.2943 08 0.2055 0.4109 0.6164 0.8219 1.0273 1.2328 1-4383 1.6438 .8492 0.2947 09 0.2057 0.4115 0.6172 0.8229 I . 0287 1.2344 1.4401 1.6459 .8516 0.2951 10 0.2060 0.4120 0.6180 0.8240 1.0300 1.2360 1.4420 1.6480 -8540 0-2955 ii 0.2063 0.4125 0.6188 0.8250 I.03I3 1.2376 1.4438 1.6501 .8564 0.2959 2 0.2065 0.4131 0.6196 0.8261 1.0326 1.2392 1-4457 1.6522 .8588 0.2962 7 0.2068 0.4136 0.6204 0.8272 1.0340 1.2408 1-4475 1-6543 8611 0.2966 4 0.2071 0.4141 0.6212 0.8282 1.0353 1.2424 1.4494 i . 6565 .8635 0.2970 c 0.2073 0.4146 0.6220 0.8293 1.0366 1.2439 1.4512 1.6586 .8659 0.2974 6 0.2076 0.4152 0.6227 0.8303 1.0379 1.2455 I-453I 1.6607 .8682 0.2978 0.2078 0.4157 0.6235 0.8314 1.0392 1.2471 1-4549 1.6628 .8706 0.2982 Q 0.2081 0.4162 0.6243 0.8324 1.0406 1.2487 1.4568 1.6649 .8730 0.2986 19 0.2084 0.4168 0.6251 0.8335 1.0419 1.2503 1.4587 1.6670 .8754 0.2990 20 0.2086 0.4173 0.6259 0.8346 1.0432 1.2518 1.4605 1.6691 -8778 0.2994 21 0.2089 0.4178 0.6267 0.8356 1.0445 1-2534 1.4623 1.6712 .8801 0.2998 22 0.2092 0.4183 0.6275 0.8367 1.0458 1.2550 1.4642 1-6734 .8825 0.3002 23 0.2094 0.2097 0.4189 0.4194 0.6283 o . 6291 0.8377 0.8388 1.0472 1.2566 1.2582 1.4660 1.4679 1-6755 1.6776 .8849 .8873 0.3006 0.3010 24 25 0.2100 0.4199 0.6299 0.8398 i . 0498 1.2598 1.4697 1.6797 .8896 0.3014 26 0.2102 0.4204 0.6307 0.8409 1.0511 1.2613 1.4715 i. 6818 .8920 0.3018 27 O.2I05 0.4210 0.6315 0.8420 1.0524 1.2629 1-4734 1.6839 .8944 0.3022 28 0.2107 0.4215 0.6322 0.8430 1-0537 1.2645 1.4752 1.6860 .8967 0.3026 29 0.2IIO o . 4220 0.6330 0.8440 1.0551 1.2661 I.477I 1.6881 -8991 0.3030 30 0.2II3 0.4226 0.6338 0.8451 1.0564 1.2677 1-4790 1.6902 .9015 0.3034 3i 0.2II5 0.4231 0.6346 0.8462 1.0577 1.2692 1.4808 1.6923 9039 0.3038 32 0.2II8 0.4236 0.6354 0.8472 1.0590 1.2708 1.4826 1.6944 .0062 0.3042 33 O.2I2I 0.4241 0.6362 0.8483 1.0603 1.2724 1-4845 1.6965 .9086 0.3046 34 0.2123 0.4247 0.6370 0.8493 i. 0616 1.2740 1.4863 1.6986 .9110 0.3050 35 0.2126 0.4252 0.6378 0.8504 1.0630 1-2755 1.4881 1.7007 9133 0.3054 36 0.2129 0.2131 0.4257 0.4262 0.6386 0.6394 0.8514 0.8525 1.0643 1.2771 1.2787 1.4900 1.4918 1.7028 1.7049 .9157 .9181 0.3058 0.3062 i 0.2E34 0.4268 0.6401 0.8535 c . 0669 1.2803 1-4937 1.7070 .9204 0.3066 39 0.2136 0.4273 0.6409 0.8546 1.0682 1.2818 1-4955 1.7091 .9228 0.3070 40 0.2139 0.4278 0.6417 0.8556 1.0695 1.2834 1-4973 1.7112 1.9251 0.3074 4i 0.2142 0.4283 0.6425 0.8567 1.0708 1.2850 1.4992 I.7I33 1.9275 0.3078 42 0.2144 0.4289 0.6433 0-8577 1.0721 1.2866 1.5010 i.7i54 1.9299 0.3082 43 0.2147 0.4294 0.6441 0.8588 1-0735 1.2881 1.5028 I.7I75 1.9322 0.3086 44 0.2150 0.4299 0.6449 0.8598 1.0748 1.2897 i . 5047 1.7196 I.9346 0.3090 45 0.2152 0.4304 0.6457 0.8609 1.0761 1.2913 i . 5065 1.7217 1-9370 0.3094 46 0.2155 0.4310 0.6464 0.8619 1.0774 1.2929 1-5084 1.7238 1-9393 0.3098 47 0.2157 0.4315 0.6472 0.8630 1.0787 1.2944 1.5102 1.7259 1.9417 0.3102 48 0.2160 0.4320 0.6480 0.8640 i. 0800 1.2960 1.5120 1.7280 1.9440 0.3106 49 0.2163 0.4325 0.6488 0.8651 1.0813 1.2976 1.5138 1.7301 1.9464 0.3110 5o 0.2165 0.4331 0.6496 0.8661 1.0826 1.2992 I-5I57 1.7322 1.9487 0.3114, 5i 0.2168 0.4336 0.6504 0.8671 1.0839 1.3007 I-5I75 1-7343 1.9511 0.3118 52 0.2170 0.4341 0.6511 o . 8682 1.0852 1.3023 I-5I93 1.7364 i . 9534 0.3121 53 0.2173 0.4346 0.6519 0.8692 i. 0866 *.3039 1.5212 1.7385 1.9558 0.3125 54 0.2176 0.4351 0.6527 0.8703 1.0879 1.3054 1.5230 1.7406 1.9581 0.3129 55 0.2178 0-4357 0.6535 0.8713 1.0892 1.3070 1.5248 i . 7427 i .9605 o.3i33 56 0.2181 0.2184 0.4362 0.4367 0.6543 0.6551 0.8724 0.8734 1.0905 1.0918 1.3086 1.3101 1.5267 1.5285 1.7448 1.7468 1.9629 1.9652 0.3137 0.3141 11 0.2186 0.4372 0.6559 0.8745 1.0931 i.3"7 1-5303 1.7489 1.9676 o.3i45 59 0.2189 0.4378 0.6566 0.8755 1.0944 I-3I33 1.5322 1.7510 1.9699 o.3i49 60 13' DISTANCES. F 1 2 3 4 5 6 7 8 9 a OO 01 0.9481 0-9479 .8961 .8959 2.8442 2.8438 3-7923 3-7918 4-7403 4-7397 5.6884 5.6876 6.6365 6.6356 7.5845 7.5835 8.5326 8.5315 .3641 .3640 02 03 0.9478 0.9477 .8956 .8954 2.8434 2.8431 3-7912 3-7907 4-7391 4-7384 5.6869 5.6861 6.6347 6.6338 7-5825 7.58i5 8.5303 8.5292 .3639 3638 04 0.9476 .8951 2.8427 3.7902 4-7378 5-6853 6.6329 7.5804 8.5280 .3637 05 0.9474 .8949 2.8423 3.7897 4-7371 5.6846 6.6320 7-5794 8.5269 3636 06 0.9473 .8946 2.8419 3-7892 4.7365 5-6838 6.6311 7.57S4 8.5257 3635 07 0.9472 .8943 2.8415 3.7887 4-7359 5.6830 6 . 6302 7-5774 8.5245 3634 08 0.9470 .8941 2.8411 3.7882 4-7352 5-6823 6.6293 7.5763 8.5234 .3634 09 0.9469 .8938 2.8407 3.7877 4-7346 5-6815 6.6284 7-5753 8.5222 3633 10 0.9468 .8936 2.8404 3.7871 4-7339 5.6807 6^6275 7-5743 8.5211 3632 II 0.9467 .8933 2.8400 3-7866 4-7333 5-6799 6.6266 7-5733 8.5199 3631 12 0.9465 .8931 2.8396 3.786i 4.7326 5.6792 6.6257 7-5722 8.5188 3630 13 0.9464 .8928 2.8392 3.7856 4-7320 5-6784 6.6248 7-5712 8.5176 14 0.9463 .8925 2.8388 3.7851 4.7313 5.6776 6.6239 7.5702 8.5164 .3628 15 0.9461 .8923 2.8384 3-7846 4.7307 5.6768 6.6230 8.5153 .3627 16 0.9460 .8920 2.8380 3.7840 4.7300 5.6761 6.6221 7'.$$i 8.5141 -3626 17 0.9459 .8918 2.8376 3.7835 4.7294 5.6753 6.6212 7-5670 8.5129 .3625 18 0.9458 .8915 2.8373 3.7830 4.7288 5-6745 6.6203 7.566o 8.5118 .3624 19 0.9456 .8912 2.8369 3-7825 4.7281 5-6737 6.6193 7.5650 8.5106 -3623 20 0-9455 .8910 2.8365 3.7820 4-7275 5.6729 6.6184 7.5639 8.5094 .3622 21 0.9454 .8907 2.8361 3.78i4 4.7268 5.6722 6.6175 7-5629 8.5082 .3621 22 0.9452 .8905 2.8357 3-7809 4.7261 5.6714 6. 6166 7.56i8 8.5071 .3620 23 o.945i .8002 2.8353 3.7804 4-7255 5.6706 6.6157 7.5608 8.5059 3619 24 0.9450 .8899 2.8349 3-7799 4.7248 5.6698 6.6148 7-5597 8.5047 .3618 25 0.9448 .8897 2.8345 3-7793 4.7242 5.6690 6.6139 7.5587 8.5035 .3618 26 0-9447 0.9446 0.9444 .8894 2.8341 2.8337 2.8333 3-7788 3-7783 3-7778 4.7235 4.7229 4.7222 5.6682 5.6674 5.6667 6.6129 6.6120 6.6111 7-5576 7-5566 7-5555 8.5023 8.t;oi2 8.5000 .3617 .3616 .3615 29 0-9443 8886 2.8329 3-7772 4.7216 5-6659 6.6102 7-5545 8.4988 .3614 30 0.9442 :888 4 2.8325 3.7767 4.7209 5.6651 6.6093 7-5534 8-4976 3613 31 0.9440 .8881 2.8321 3.7762 4.7202 5.6643 6.6083 7.5524 8.4964 .3612 32 0-9439 .8878 2.8317 3-7757 4.7196 5-6635 6.6074 7.5513 8.4952 .3611 33 0.9438 .8876 2.8313 3-7751 4.7189 5.6627 6.6065 7.5503 8.4940 .3610 34 0.9436 .8873 2.8309 3.7746 4.7182 5-6619 6.6055 7-5492 8.4928 .3600 35 0-9435 .8870 2.8306 3-7741 4.7176 5.6611 6.6046 7.548i 8.4917 .3608 36 0.9434 .8868 2.8302 3-7735 4.7169 5-6603 6.6037 7-5471 8.4905 .3607 37 0-9433 .8865 2.8298 3-7730 4-7163 5-6595 6.6028 7.546o 8.4&J3 .3606 3* 0.9431 .8862 2.8294 3-7725 4-7I56 5.657 6. 6018 7-5449 .3605 39 0.9430 .8860 2.8290 3-7719 4-7149 5-6579 6.6009 7-5439 Sijseg .3604 40 0.9429 .8857 2.8286 3-7714 4-7143 5.6571 6 . 6000 7.5428 8.4857 3603 41 0.9427 .8854 2.8282 3-7709 4-7I36 5.6563 6.5990 7.5418 8.4845 .3602 42 0.9426 .8852 2.8278 3-7703 4.7129 5-6555 6.5981 7.5407 8.4833 .3602 43 0.9425 .8849 2.8274 3.7698 4-7123 5-6547 6.5972 7.5396 8.4821 .3601 44 0.9423 .8846 2.8270 3.7693 4.7116 5-6539 6.5962 7.5385 8.4809 .3600 45 0.9422 .8844 2.8265 3.7687 4.7109 5.653i 6-5953 7-5375 8 . 4796 3599 46 0.9420 .8841 2.8261 3.7682 4.7102 5-6523 6-5943 7.5364 8.4784 3598 47 0.9419 .8838 2.8257 3.7677 4.7096 ^6515 6-5934 7-5353 8-4772 3597 48 0.9418 .8836 2.8253 3-7671 .7089 5.6507 6.5925 7-5342 8.4760 .3596 49 0.9416 8833 2.8249 3-7666 .7082 5.6499 6.5915 7-5332 8.4748 3595 50 0.9415 .8830 2.8245 3-7660 .7076 5.6491 6.5906 7-5321 8.4736 3594 Si 0.9414 .8828 2.8241 3.7655 .7069 5-6483 6.5896 7-5310 8.4724 3593 52 0.9412 .8825 2.8237 3-7650 .7062 5.6474 6.5887 7.5299 8.4712 -3592 53 0.9411 .8822 2.8233 3-7644 7055 5.6466 6.5877 7.5288 8.4699 -3591 54 0.9410 .8819 2.8229 3-7639 .7048 5-6458 6.<;868 7.5278 8.4687 .3590 II o . 9408 0.9407 .8817 .8814 2.8225 2.8221 3.7633 3.7628 .7042 4.7035 5-6450 5.6442 6.5858 6.5849 7-5267 7.5256 8.4675 8.4663 35p 57 o . 9406 .8811 2.8217 3-7623 4.7028 5.6434 6.5839 7.5245 %-*l <35 ^ 58 0.9404 .8809 2.8213 3.7617 4.7021 5.6426 6.58^0 7.5234 8.4638 -3586 59 0.9403 8806 2.8209 3.7612 4.7015 5.6418 6.5820 7.5223 8.4626 .3585 60 0.9402 !88o3 2.8205 3.76o6 4.7008 5.6409 6.5811 7.5212 8.4614 .3584 HEIGHTS. 13 1 2 3 4 5 6 7 8 9 b ' 0.2189 0.4378 0.6566 0.8755 0944 3133 i 5322 7510 1.9699 0.3149 00 0.2191 0.4383 0.6574 0.8766 0957 .3148 5340 753i 1.9723 o.3i53 01 0.2194 0.4388 0.6582 0.8776 0970 .3164 5358 7552 1.9746 o.3i57 02 0.2197 0.4393 0.6590 0.8786 0983 .3180 i 5376 7573 1.9769 0.3161 03 0.2199 0.4398 0.6598 0.8797 .0996 .3195 5394 7594 1-9793 0.3165 04 0.2202 0.4404 0.6605 0.8807 .1009 .3211 5413 7614 1.9816 0.3169 05 O.2204 0.4409 0.6613 0.8818 1022 .3226 543i .7635 1.9840 06 0.2207 0.4414 0.6621 0.8828 .1035 .3242 5449 .7656 1.9863 o.3i77 07 O.22IO 0.4419 0.6629 0.8838 .1048 .3258 ^467 .7677 1.9887 0.3181 08 0.2212 0.4425 0.6637 0.8849 .I06I 3274 .5486 .7698 1.9911 0.3185 09 0.2215 0.4430 0.6645 0.8860 .1074 .3289 5504 .7719 1-9934 0.3189 10 0.2217 0.4435 0.6652 0.8870 .1087 3305 .5522 .7740 1-9957 o.3i93 ii 0.2220 0.4440 0.6660 0.8880 .1100 3321 5541 .7761 1.9981 o.3i97 12 0.2223 0.4445 0.6668 0.8891 .1113 3336 5559 .7782 2.0004 0.3201 13 0.2225 0.4451 0.6676 0.8901 .1126 3352 5577 .7802 2.0028 0.3205 M 0.2228 0.4456 0.6684 0.8912 1139 .3367 5595 .7823 2.0051 0.3209 15 0.2230 0.4461 0.6691 0.8922 .1152 .3383 56i3 .7844 2.0074 0.3213 16 0.2233 0.4466 0.6699 0.8932 .1165 3399 .5632 .7865 2.0098 0.3217 17 o . 2236 0.4471 0.6707 0.8943 .1178 3414 5650 .7886 2.0121 0.3221 18 0.2238 0.2241 0.4477 0.4482 0.6715 0.6723 0.8953 0.8964 .1191 .1204 3430 3445 .5668 .5686 .7906 .7927 2.0145. 2.0168 0.3225 0.3229 19 20 0.2243 0.4487 0.6730 0.8974 .1217 3460 .5704 7947 2.0I9I 0.3232 21 0.2246 0.4492 0.6738 0.8984 .1230 3476 .5722 .7968 2.0214 0.3236 22 0.2249 0.4497 0.6746 0.8994 .1243 3492 .5740 .7989 2.0237 0.3240 23 0.2251 0.4502 0.6754 0.9005 .1256 3507 5758 .8010 2.026l 0.3244 24 0.2254 0.4508 0.6761 0.9015 . 1269 3523 5777 .8030 2 . 0284 0.3248 25 0.2256 0.4513 0.6769 0.9026 .1282 3538 5795 .8051 2.0308 0.3252 26 0.2259 0.4518 0.6777 0.9036 .1295 3554 5813 .8072 2.0331 0.3256 27 o . 2262 0.4523 0.6785 0.9046 .1308 3570 5831 .8093 2.0354 0.3260 28 o . 2264 0.2267 0.4528 0.4534 0.6793 0.6800 0.9057 0.9067 .1321 .1334 3585 .3601 .5849 .5868 .8114 .8134 2.0378 2.O40I 0:3268 29 30 0.2269 0.4539 0.6808 0.9078 .1347 .3616 .5886 .8155 2.0424 0.3272 31 0.2272 0.4544 0.6816 0.9088 .1360 3631 .5904 .8i75 2.0447 32 0.2275 0.4549 0.6824 0.9698 1373 .3647 .5922 .8196 2.0471 o . 3280 33 0.2277 0.4554 0.6831 0.9108 .1385 .3663 5940 .8217 2.0494 0.3284 34 o . 2280 0.4559 0.6839 0.9119 .1398 .3678 5958 .8238 2.0517 0.3288 35 0.2282 0.4565 0.6847 0.9129 .1411 3694 .5976 .8258 2.0541 0.3292 36 0.2285 1 0.2287 0.4570 0.4575 0.6855 0.6862 0.9140 0.9150 .1424 .1437 3709 3725 5994 .6012 .8279 .8300 2.0564 2.0587 0.3296 0.3300 I 1 0.2290 0.4580 0.6870 0.9160 .1450 3740 .6030 .8320 2.0610 o . 3304 39 0.2293 0.4585 0.6878 0.9170 .1463 3756 .6048 .8341 2.0633 0.3308 40 0.2295 0.4590 0.6886 0.9181 .1476 3771 .6066 .8361 2.0657 0.3312 4i o . 2298 0.4596 0.6893 0.9191 .1489 .3787 .6085 .8382 2.0680 0.3316 42 0.2300 0.2303 0.4601 0.4606 0.6901 0.6909 0.9202 0.9212 .1502 .1515 .3802 .38i7 .6103 .6121 .8403 .8423 2.0703 2.0726 0.3320 0.3324 43 44 0.2306 0.4611 0.6917 0.9222 .1528 .3833 6i39 .8444 2.0750 0.3328 45 0.2308 0.4616 0.6924 0.9232 I54I .3849 .6157 .8465 2.0773 0.3331 46 0.2311 0.4621 0.6932 0.9243 .3864 6i75 .8486 2.0796 0.3335 47 0.2313 o . 4626 0.6940 0.92^3 . 1566 .3879 6193 .8506 2.0819 0.3339 48 0.2316 0.4632 0.6947 0.9263 1579 .3895 .6211 .8527 2.0842 0.3343 49 0.2318 0.4637 0.6955 0.9274 .1592 3910 .6229 .8547 2.0866 0.3347 50 0.2321 0.4642 0.6963 0.9284 .1605 .3926 .6247 .8568 2.0889 0.3351 51 0.2324 0.4647 0.6971 0.9294 .1618 .3941 .6265 .8588 2.0912 0.3355 52 0.2326 0.4652 0.6978 0.9304 .1630 3957 .6283 .8609 2.0935 0.3359 53 0.2329 0.4657 0.6986 0.9315 .1643 3972 .6301 .8630 2.0958 ^3363 54 0.2331 o . 4662 0.6994 0.9325 .1656 .3987 6319 .8650 2.0981 0.3367 55 0-2334 0.4668 0.7001 0-9335 .1669 .4003 6337 .8670 2.1004 0-3371 56 0.2336 0.4673 0.7009 0.9346 .1682 .4018 6355 .8691 2.1027 0-3375 57 0.2339 0.4678 0.7017 0.9356 .1695 4033 6373 .8711 2.1050 0-3379 58 0.2342 0.4683 0.7025 0.9366 .1708 .4049 .6391 .8732 2.1074 0.3383 59 0.2344 0.4688 0.7032 0.9376 .1720 .4065 .6409 8753 2.1097 0.3387 60 14' DISTANCES. f 1 2 a 4 5 6 7 8 9 a 00 0.9402 .8803 2.8205 3.76o6 4-7008 5.6409 6.5811 7.5212 8.4614 3584 01 0.9400 .8800 2.8201 3.76oi 4.7001 5.6401 6.5801 7.5202 8.4602 3583 02 0-9399 .8798 2.8196 3-7595 14.6994 5-6393 6.5792 7.5191 8.4589 .3582 03 0-9397 .8795 2.8192 3-7590 4-6987 5.6385 6.5782 7.5180 8-4577 358i 04 05 0.9396 0-9395 .8792 -8789 2.8188 2.8184 3.7584 3-7579 4.6980 4.6974 5.6376 5-6368 6.5773 6.5763 7.5169 7.5i58 8.4565 8.4552 .3580 3579 06 07 0-9393 0-9392 8787 8784 2.8180 2.8176 i:88 4.6967 4.6960 5-6360 5.6352 6-5753 6-5744 7'5i36 8.4540 8.4528 .3578 3577 08 o . 939 1 ^8781 2.8172 3-7562 4-6953 5-6344 6-5734 7.5125 8.4515 3576 09 0.9309 .8778 2.8168 3-7557 !4-6946 5-6335 6.^725 7-5"4 8.4503 3575 10 0.9388 .8776 2.8164 3-7551 4.6939 5.6327 6.5715 7.5103 8.4491 3574 1 1 0.9386 8773 2.8159 3.7546 4.6932 5-6319 6-5705 7.5092 8.4478 3573 12 0.9385 .8770 2.8155 3-7540 4.6925 6.5696 7.5081 8.4466 3572 13 0.9384 .8767 2.8151 3-7535 4-6918 5-6302 6.5686 7.5070 8-4453 3571 0.9382 .8765 2.8147 4-6912 5.6294 6.5676 7.5058 8.4441 357o 15 0.9381 .8762 2.8143 3-7524 5.6286 6.5666 7-5047 8.4428 16 0.9380 .8759 2.8139 4 6898 5-6277 6-5657 7.5036 8.4416 3568 17 0.9378 .8756 2.8134 3.7513 4.6891 5.6269 6.5647 7.5025 8.4403 3567 l8 0-9377 8754 2.8130 3-7507 14.6884 5.6261 6.5637 7.5014 8.4391 3566 19 0-9375 .8751 2.8126 3-7501 4-6877 5-6252 6.5628 8.4378 3565 2O 0-9374 -874& 2.8122 3-7496 4.6870 5-6244 6.5618 7^4992 8.4366 .3564 21 0-9373 .8745 2.8118 3-7490 4-6863 5.6235 6.5608 7.4981 8-4353 3563 22 0-9371 .8742 2.8114 3-7485 '4.6856 5.6227 6.5598 7.4969 8.4341 .3562 23 o.937o .8740 2.8109 3-7479 4.6849 5.6219 6-5588 7.4958 8.4328 356i 24 0.9368 -8737 2.8105 3-7474 4.6842 5.6210 6-5579 7-4947 8.4315 .3560 0.9367 -8734 2.8101 3.7468 4.6833 5.6202 6.5569 7.4936 8.4303 3559 26 0.9366 -8731 2.8097 3.7462 4.6828 5-6i93 6-5559 7.4925 8.4290 355 27 0.9364 .8728 2 . 8093 3-7457 4.6821 5-6185 6-5549 7.4913 8.4278 3557 28 0.9363 .8726 2 . 8088 3-7451 4.6814 5.6i77 6-5539 8.4265 3556 29 o.936i .8723 2.8084 3-7445 .6807 5.6168 6-5530 7.4891 8.4252 3555 30 0.9360 .8720 2.8080 3-7440 .6800 5.6160 6.5520 7.4880 8.4240 3554 31 0-9359 .8717 2.8076 3-7434 .6793 5.6151 6.5510 7.4868 8.4227 -3553 32 0-9357 .8714 2.8071 t .6786 5-6i43 6.5500 7.4857 8.4214 -3552 33 0-9356 .8711 2.8067 3 . 7423 6779 5-6134 6.5490 7.4846 8.4202 3551 34 0-9354 .8709 2.8063 3.74I7 .6772 5.6126 6.5480 7.4834 8.4189 3550 i 0-9353 0-935X .8706 .8703 2.8059 2.8054 3-7412 3.7406 .6764 6757 5.6117 5.6109 6-5470 6.5460 7-4823 8.4176 8.4163 3549 .3548 1 o.935o 0.9349 .8700 .8697 2! 8046 3.7400 3-7395 6750 6743 5.6100 5.6092 6.5450 6.5441 7^4801 7.4789 8.4151 8.4138 3547 .3546 39 o 9347 .8694 2.8042 3.7389 .6736 5-6083 6.5431 7-4778 8.4125 3545 40 0.9346 .8692 2.8037 3-7383 .6729 5.6o75 6.5421 7.4767 8.4112 .3544 4i 0-9344 .8689 2.8033 3-7378 4.6722 5.6066 6.54" 7-4755 8.4100 3543 42 0-9343 .8686 2.8029 3-7372 4.6715 5-6058 6.5401 7-4744 8.4087 3542 43 0.9342 .8683 2.8025 3-7366 4.6708 5.6049 6-5391 7-4732 8.4074 3541 44 0.9340 .8680 2.8020 3-736o 4.6701 5.6041 6.5381 7-4721 8.4061 3540 45 0-9339 .8677 2. 8oi6 3-7355 5-6032 6-5371 8.4048 3539 46 0-9337 .8674 2. 8012 3-7349 4 . 6686 5.6023 6.536i 7 . 4698 8.4035 3538 47 0-9336 .8672 2.8007 3-7343 4.6679 5-6015 6.5351 7 . 4686 8 4022 3537 48 0-9334 .8669 2.8003 3-7338 4.6672 5.6006 6.5341 7.4675 8.4009 3536 49 0-9333 .8666 2-7999 3-7332 4.6665 5.5998 6.5331 7.4664 8.3997 3535 5o 0-9332 .8663 2.7995 3.7326 4.6658 5.5989 6.5321 7.4652 8.3984 3534 51 0-9330 .8660 2.7990 3-7320 4.6650 5.5980 6-53" 7.4641 8-3971 3533 52 0.9329 -8657 2.7986 3-7315 4-6643 5-5972 6.5300 7.4629 8-3958 3531 53 0.9327 .8654 2.7982 3-7309 4-6636 6.5290 7-4618 8-3945 3530 54 0.9326 .8651 2.7977 3-7303 4.6629 5 '5954 6.5280 7.4606 8-3932 3529 55 0-9324 .8649 2-7973 3-7297 4 6621 5-5946 6.5270 7-4594 8.3919 .3528 56 0-9323 .8646 2.7969 3-7291 4.6614 5-5937 6.5260 7.4583 8.3906 3527 57 0.9321 -8643 2.7964 3-7286 4.6607 5.5928 6.5250 7-4571 8.3893 -3526 58 0.9320 .8640 2.7960 3-7280 4.6600 5.5920 6.5240 7.456o 8.388b 1-3525 59 0.9319 -8637 2-7956 3-7274 4-6593 5-59H 6.5230 7.4548 8.3867 3524 60 0.9317 .8634 2-7951 3-7268 5.5902 6.5219 7-4537 8.3854 1-3523 HEIGHTS. 14' 1 2 3 4 & 6 7 8 9 b ' 0.2344 0.4688 0.7032 0.9376 .1720 i . 4065 1.6409 1.8753 2.1097 0.3387 00 0.2347 0.4693 0.7040 0.9386 -1733 1.4080 1.6426 1.8773 2.1120 0.3391 OI 0.2349 0.4698 0.7048 0-9397 .1746 1-4095 1.6444 1.8794 2.II43 0-3395 02 0.2352 0.4704 0.7055 0.9407 1759 1.4111 1.6462 1.8814 2.II66 0-3399 03 0.2354 0.4709 0.7063 0.9417 .1772 1.4126 1.6480 1-8834 2.II89 0.3403 04 0.2357 0.4714 0.7071 o . 9428 .1785 1.4141 1.6498 1.8855 2.I2I2 0.3407 05 0.2359 0.4719 0.7078 0.9438 .1797 1.4156 i.65i6 1.8875 2.1235 0.3411 06 0.2362 0.2365 0.4724 0.4729 0.7086 0.7094 0.9448 0.94^8 .1810 .1823 1.4172 1.4188 1-6534 1.6552 1.8896 1.8917 2.1258 2.I28I 0.3414 0.3418 07 08 0.2367 0.4734 0.7101 0.9468 .1836 1-4203 1.6570 1.8937 2.1304 0.3422 09 0.2370 0.4739 0.7109 0.9479 .1848 1.4218 1.6588 1.8958 2.1327 0.3426 10 0.2372 0.4744 0.7117 0.9489 .1861 1-4233 i. 6606 1.8978 2.1350 0-3430 ii 0.2375 0.4750 0.7124 0-9499 .1874 1.4249 1.6624 1.8998 2.1373 0-3434 12 0.2377 0.4755 0.7132 0.9509 .1887 1.4264 1.6641 1.9018 2.1396 0.3438 13 0.2380 0.4760 0.7140 0.9520 .1899 1.4279 1.6659 1-9039 2.1419 0.3442 14 0.2382 0.4765 0.7147 0-9530 .1912 1.4295 1.6677 1.9060 2.1442 0.3446 15 0.2385 0.2388 0.4770 0-4775 o.7i55 0.7163 0.9540 0.9550 .1925 -I938 1.4310 1.4326 1.6695 1.6713 1.9080 1.9101 2.1465 2.1488 0.3450 0-3454 16 i7 0.2390 0.4780 0.7170 0.9560 .1951 I-434I 1.6731 1.9121 2.I5II 0.3458 18 0.2393 0.2395 0-4785 0.4790 0.7178 0.7186 0.9571 0.9581 .1963 1976 1-4356 i -4371 1.6749 1.6767 1.9142 1.9162 2.1534 2.1557 0.3462 0.3466 19 20 0.2398 0.4796 0.7193 0-9591 1989 1.4387 1.6785 1.9182 2.1580 o.347o 21 0.2400 0.2403 0.4801 0.4806 o . 7201 0.7209 o . 9601 0.9611 .2002 .2014 1.4402 1.4417 i ; 6820 i . 9202 1.9223 2.l6o3 2.1626 0-3474 0.3478 22 23 0.2405 0.4811 0.7216 0.9622 .2027 i . 4432 1.6838 1.9243 2.1648 0.3482 24 0.2 4 0.4816 0.7224 0.9632 .2040 1.4448 1.6856 1.9264 2.I67I 0.3485 25 0.2411 0.4821 0.7232 0.9642 2053 1.4463 1.6874 1.9284 2.1694 0.3489 26 0.2413 0.4826 0.7239 0.9652 .2065 1-4478 1.6891 1.9304 2.I7I7 0-3493 27 0.2416 0.4831 0.7247 o . 9662 .2078 1.4494 1.6909 1-9325 2.1740 0-3497 28 0.2418 0.4836 0.7254 0.9672 .2O9I I.4509 1.6927 1-9345 2.1763 0.3501 29 0.2421 0.4841 0.7262 0.9683 .2103 1.4524 1.6945 1.9366 2.1786 o.35o5 30 0.2423 0.4846 0.7270 0.9693 .2Il6 1-4539 1.6962 1.9386 2.1809 0.3509 31 0.2425 0.2428 0.4851 0.4857 0.7277 0.7285 0.9703 0.9713 .2129 .2141 1-4554 1.4570 1.6980 1.6998 1.9406 1.9426 2.1832 2.1855 o.35i3 o.35i7 32 33 0.2431 0.4862 0.7292 0.9723 .2154 1.4585 1.7016 1.9446 2.1877 0.3521 34 0.2433 0.4867 0.7299 0.9733 .2166 1.4600 1.7033 1.9466 2.1900 0.3525 0.2436 0.4872 0.7307 0.9743 2179 1.4615 1.7051 1.9487 2.1923 0.3529 36 0.2438 0.4877 0.7315 0.9754 .2192 1.4630 1.7069 1-9507 2.1946 0-3533 37 0.2441 0.4882 0.7323 0.9764 .2205 i . 4646 1.7087 1.9528 2.1969 0-3537 38 0.2443 0.4887 o.733o 0.9774 .2217 1.4661 1.7104 1.9548 2.I99I o.354i 39 0.2446 0.4892 0.7338 0.9784 .2230 1.4676 1.7122 1.9568 2.2014 0-3545 40 0.2449 0.4897 0.7346 0.9794 .2243 1.4691 1.7140 1.9588 2.2037 0-3549 4i 0.2451 0.2454 0.4902 0.4907 0.7353 0.7361 0.9804 0.9814 2255 2268 1.4706 1.4722 1.7157 1.7175 1.9608 1.9629 2.2059 2.2082 0-3553 0-3556 42 43 0.2456 0.4912 0.7368 0.9824 .2281 1-4737 1.7193 1.9649 2.2105 0.3560 41 0.2459 0.4917 0.7376 0.9835 2294 1.4752 1.7211 1.9670 2.2128 0.3564 45 0.2461 0.4922 0.7384 0.9845 2306 1.4767 1.7228 1.9690 2.2I5I 0-3568 46 0.2464 0.4927 o.739i 0.9855 2319 1.4782 1.7246 1.9710 2.2173 0.3572 47 0.2466 0.4932 0.7399 0.9865 2331 1-4797 1.7263 1-9730 2.2196 0-3576 48 0.2469 0.4938 0.7406 2344 1.4813 1.7281 1-9750 2.2219 0.3580 49 0.2471 0-4943 0.7414 0.9885 .2357 1.4828 1.7299 1.9770 2.2242 0.3584 50 0.2474 0.4948 0.7421 0.9895 2369 1.4843 1.7317 1.9790 2.2264 0.3588 51 0.2476 0-4953 0.7429 0.9905 2382 1-4858 1-7334 1.9810 2.2287 0-3592 52 0.2479 0.4958 0-7436 0.9915 2394 1.4873 1-7352 i . 9831 2.2310 0.3596 53 0.2481 0.4963 0-7444 0.9926 2407 1.4888 1-7370 1.9851 2.2333 0.3600 54 0.2484 0.4968 0.7452 0.0936 2420 1.4903 1.7387 1.9871 2.2355 o. 3604 55 o . 2486 0-4973 0-7459 0.9946 .2432 1.4918 1.7405 1.9891 2.2378 0.3608 56 0.2489 0.4978 o.74b7 0.0956 .2445 1.4933 1.7422 1.9911 2 . 2400 0.3612 57 0.2491 0.2494 0.4983 0.4988 0.7474 0.7482 0.9966 .2457 .2470 1.4949 1.4964 1.7440 1.7458 1-9932 1-9952 2.2423 2.2446 0.3616 0.3620 58 59 0.2497 0-4993 0.7490 0.9986 .2483 1-4979 1.7476 1.9972 2.2469 0.3623 DO 15' DISTANCES. r 1 2 3 4 5 6 7 8 9 a oo o.93i7 1.8634 2.7951 3-7268 4.6585 5 . 592 6.5219 7-4537 8.3854 3523 01 0.9316 1.8631 2.7947 3.7262 4.6578 5 -594 6.5209 7.4525 8.3840 .3522 02 o.93i4 1.8628 2.7942 3-7257 4-6571 5-5885 6.5199 7.4513 8.3827 3521 03 0.9313 1.8625 2.7933 3-725I 4.6563 5.5876 6.5189 7.4502 8.3814 3520 04 0.9311 i . 8622 2-7934 3.7245 4.6556 5.5867 6.5i79 7-4490 8.3801 3519 05 0.9310 1.8620 2.7929 3-7239 .6549 5.5859 6.5168 7.4478 8.3788 -3518 06 0.9308 1.8617 2.7925 3.7233 .6542 5.5850 6.51*8 7.4466 8-3775 35i7 07 0.9307 1.8614 2.7921 3.7227 -6534 5-5841 6.5148 7-4455 8.3762 35i6 08 0.9305 1.8611 2.7916 3.7222 .6527 5.5832 6.5138 7-4443 8-3749 35i5 09 0.9304 i. 8608 2.7912 3-72i6 .6520 5-5824 6.5128 7-4432 8.3736 3514 10 0.9302 1.8605 2.7907 3-7210 4-6512 5.58i5 6.5H7 7.4420 8.3722 -3513 ii 0.9301 1.8602 2.7903 3.7204 4-6505 5.5806 6.5107 7.4408 8.3709 3512 12 0.9300 1.8599 2.7899 3-7198 4.6498 5-5797 6.5097 7-4396 8.3696 .3511 13 0.9298 1.8596 2.7894 3-7192 4.6490 5-57S8 6.5086 7-4384 8.3682 3510 14 0.9297 1-8593 2.7890 3-7186 4-6483 5-5779 6.5076 7-4373 8 . 3669 .3^09 15 0.9295 1-8590 2.7885 3.7i8o 4.6476 5-5771 6.5066 7.436i 8 . 3656 -35o8 16 0.9294 1.8587 2.7881 3-7175 4.6468 5-5762 6.5o55 7-4349 8.3643 3507 17 0.9292 1.8584 2.7876 3-7169 4.6461 5-5753 6.5045 7.4337 8.3629 .3506 18 19 l'.gZ& 1.8581 1.8578 2.7872 2.7868 3.7163 3-7157 4.6446 5-5744 5-5735 6.5035 6.5024 7.4325 7.4314 8.3616 8.3603 3504 3503 20 0.9288 1.8575 2.7863 3.7151 4.6439 5-5726 6.5014 7.4302 8.3590 .3502 21 0.9286 1.8572 2.7859 3.7145 4-6431 5-5717 6.5004 7.4290 8.3576 .3501 22 0.9285 1.8570 2.7854 3.7139 4.6424 5-5709 6-4993 7.4278 8.3563 .3500 23 0.9283 1.8567 2.7850 3.7133 4.6416 5-5700 6.4983 7.4266 8.3549 24 0.9282 1.8564 2.7845 3-7127 4.6409 5.5691 6.4972 7.4254 8.3536 3498 25 0.9280 1.8561 2.7841 3-7I2I 4.6401 5-5682 6.4962 7.4242 8.3523 3497 26 0.9279 1.8558 2.7836 3-7II5 4-6394 5-5673 6.4952 7.4230 8.3509 -3496 27 0.9277 1.8555 2.7832 3-7109 4-6387 5-5664 6.4941 7.4218 8.3496 3495 28 0.9276 1.8552 2.7827 3-7io3 4.6379 5.5655 6-4931 7.4207 8.3482 3494 29 0.9274 1.8549 2.7823 3.7097 4.6372 5-5646 6.4920 7.4195 8.3469 -3493 3o 0.9273 1.8546 2.7819 3-7091 4-6364 5.5637 6 . 4910 7-4183 8.345$ 3491 3i 0.9271 1.8543 2.7814 3.7o85 4-6357 5.5628 6.4899 7.4I7I 8.3442 3490 32 0.9270 1.8540 2.7809 3-7079 4-6349 5.56i9 6.4889 7.4159 8.3428 34o9 33 0.9268 1.8537 2.7805 3-7073 4-6342 5.56io 6.4878 7.4147 8.3415 3488 34 0.9267 1.8534 2.7800 3-7o67 4-6334 5.56oi 6.4868 7.4135 8.3401 .3487 35 0.9265 ' 53 2.7796 3-7o6i 4-6327 5-5592 6.4857 7-4123 .3388 .3486 36 0.9264 1.8528 2.7791 3-7055 4-6319 5.5583 6.4847 7-4II1 8.3374 3485 37 0.9262 1.8525 2.7787 3-7049 4.6312 5-5574 6.4836 7.4098 8.3361 .3484 38 0.9261 1.8522 2.7782 3-7043 4-6304 5.5565 6.4826 7.4086 8.3347 3483 39 0.9259 1.8519 2.7778 3-7037 4.6207 5-5556 6.4815 7.4074 8.3334 .3482 40 0.9258 1.8516 2.7773 3-7031 4.6289 5-5547 6.4805 7.4062 8.3320 .3480 4i 0.9256 1.8513 2.7769 3-7025 4.6281 5-5538 6-4794 7.4050 8.3307 3479 42 0.9255 1.8510 2.7764 3-7oi9 4.6274 5.5529 6.4783 7.4038 8.3293 3478 43 44 0.9253 0.9252 1.8506 1.8503 2.7760 2.7755 3.7oi3 3.7007 4.6266 4.6259 5-5519 5-55IQ 6-4773 6.4762 7.4026 7.4014 8.3279 8.3266 3477 3476 45 0.9250 1.8500 2.7751 3-7001 4.6251 5-5501 6.4751 7.4002 .3252 -3475 46 0.9249 1.8497 2.7746 3-6995 4.6243 5-5492 6.4741 7-3990 8.3238 3474 47 0.9247 1.8494 2.7742 3.699 4.6236 5.543 6.4730 7-3977 8.3225 3473 48 0.9246 1.8491 2.7737 3-6983 4.6228 5-5474 6.4720 7.3965 8.3211 3472 49 0.9244 1.8488 2.7732 3-6977 4.6221 5.5465 6.4709 7-3953 8.3197 3470 50 0.9243 1.8485 2.7728 3.6970 4-6213 5-5456 6.4698 7-3941 8.3184 3469 51 0.9241 1.8482 2.7723 3.6964 4.6205 5-5447 6.4688 7.3929 8.3170 3468 52 0.9240 1.8479 2.7719 3.6958 4.6198 5-5437 6.4677 7.39i6 8.3156 3467 53 0.9238 1.8476 2.7714 3-6952 4.6190 5-5428 6.4666 7.3904 8.3142 .3466 54 0.9236 1.8473 2.7709 3.6946 4.6182 5-5419 6.4655 7.3892 8.3128 -3465 55 0.9235 1.8470 2.7705 3.6940 4.6i75 5-5410 6.4645 7.388o 8.3115 3464 56 0.9233 1.8467 2.7700 3-6934 4.6167 5-5401 6.4634 7.3867 8.3101 3463 57 0.9232 1.8464 2.7696 3-6928 4.6i59 5-5391 6.4623 7.3855 8.3087 3461 58 0.9230 1.8461 2.7691 3-6921 4-6152 5.532 6.4613 7.3843 8.3073 3460 59 0.9228 1.8458 2.7686 3-6915 4.6144 5-5373 6.4602 7.3831 3459 60 0.9227 1.8455 2.7682 3.6909 4.6137 5.5364 6.4591 7.38i8 8.3046 3458 HEIGHTS. 15 1 2 3 4 5 6 7 8 9 b f 0.2497 0.4993 0.7490 0.9986 .2483 4979 .7476 1.9972 2.2469 0.3623 oo 0.2499 0.4998 0.7497 .9996 2495 4994 7493 1.9992 2.2491 0.3627 01 0.2502 0.5003 o.75o5 .0006 .2508 .5009 .7511 2.0012 2.2514 0.3631 02 0.2504 0.5008 0.7512 .0016 .2520 .5024 .7528 2.0032 2.2536 0.3635 03 0.2507 0.5013 0.7520 .0026 2533 .5040 7546 2.0053 2.2559 0.3639 04 0.2509 0.5018 0.7527 .0036 2545 5055 .7564 2.0073 2.2582 0.3643 05 0.2512 0.5023 0-7535 .0046 .2558 . 5070 .7581 2.0093 2.2604 0.3647 06 0.2515 o . 5028 0.7542 .0056 .2570 .5085 7599 2.0II3 2 . 2627 o.36m 07 0.2517 0.5033 o.755o .0066 .2583 .5100 .7616 2.0133 2.2649 0.3655 08 0.2519 0.5038 0.7557 .0076 .2596 5ii5 7634 2.0153 2.2672 o 3659 09 0.2522 0.5043 0.7565 .0086 .2608 5130 7651 2.0173 2.2694 0.3663 IO 0.2524 0.5048 0.7572 .0096 .2621 5145 .7669 2.0193 2.2717 0.3667 II 0.2527 0.5053 0.7580 .0106 2633 .5160 .7686 2.0213 2.2739 0.3671 12 0.2529 0.5058 0.7587 .0116 .2646 5175 .7704 2.0233 2.2762 0.3674 13 0.2532 0.5063 0-7595 .0126 .2658 .5190 .7721 2.0253 2.2784 o . 3678 U 0.2534 0.5068 0.7602 .0136 .2671 .5205 7739 2.0273 2.2807 0.3682 15 0.2537 0.5073 0.7610 .0146 .2683 .5220 7756 2.0293 2 . 2829 0.3686 16 0.2539 0.5078 0.7617 .0156 .2696 5235 7774 2.0313 2.2852 0.3690 17 0.2542 0.5083 0.7625 .0166 .2708 .5250 7791 2.0333 2.2874 0.3694 18 0.2544 0.5088 0.7632 .0176 .2721 .5265 .7809 2.0353 2.2897 0.3698 19 0.2547 0.5093 o . 7640 .0186 2733 .5280 .7826 2.0373 2.2919 0.3702 20 0.2549 0.5098 0.7647 .0196 .2746 5295 .744 2.0393 2.2942 0.3706 21 0.2552 0.5103 0.7655 .0206 .2758 5310 .7861 2.0413 2.2964 0.3710 22 0.2554 0.5108 0.7662 .0216 .2771 5325 .7879 2.0433 2.2987 0.3714 23 0.2557 0.5113 0.7670 .0226 .2783 5340 .7896 2.0453 2.3009 0.3718 24 0.2559 0.5118 0.7677 .0236 .2796 5355 7914 2.0473 2.3032 0.3722 25 0.2562 0.5123 0.7685 .0246 .2808 5370 7931 2.0493 2.3054 0.3725 26 0.2564 0.5128 0.7692 .0256 .2821 5385 7949 2.0513 2.3077 0.3729 27 0.2567 0.5133 0.7700 .0266 .2833 .5400 .7966 2.0533 2.3099 0.3733 28 0.2569 0.5138 0.7707 .0276 .2845 5415 7984 2.0553 2.3122 0.3737 29 0.2572 0.5143 0.7715 .0286 .2858 5430 .8001 2.0573 2.3144 0.3741 30 0.2574 0.2577 0.5148 0.5153 0.7722 0.7730 .0296 .0306 .2870 .2883 5445 .546o .8019 .8036 2.0593 2.0613 2.3167 2.3189 0.3745 0.3749 31 32 0.2579 0.5158 0.7737 .0316 .2895 5474 .8053 2.0632 2.32II 0.3753 33 0.2582 0.5163 0-7745 .0326 .2908 .5489 .8071 2.0652 2.3234 0.3757 34 0.2584 0.5168 0.7752 0336 .2920 .5504 .8088 2.0672 2.3256 0.3761 35 0.2587 0.5173 0.7760 .0346 2933 5519 .8106 2.0692 2.3279 0.3765 36 0.2589 0.5178 0.7767 .0356 .2945 5534 .8123 2.0712 2.3301 0.3769 0.2591 0.5183 0-7774 .0366 .2957 5549 .8140 2.0732 2.3323 0.3773 38 0.2594 o.mSS 0.7782 . 0376 .2970 .5564 .8158 2.0752 2.3346 0.3776 39 0.2596 o.5i93 0.7789 .0386 .2982 5578 .8175 2.0771 2.3368 0.3780 40 0.2599 0.5198 0.7797 .0396 2995 5593 .8192 2.0791 2-3390 0.3784 4i 0.2601 0.5203 0.7804 .0406 .3007 .5608 .8210 2.0811 2.3413 0.3788 42 o . 2604 0.5208 0.7811 .0416 .3019 .5623 .8227 2.0831 2-3435 0.3792 43 0.2606 0.5213 0.7819 .0426 3032 5638 .8245 2.0851 2.3458 44 0.2609 0.5218 0.7826 0435 3044 5653 .8262 2.0870 2.3480 o . 3800 45 0.2611 0.5223 0.7834 .0445 3057 .5668 .8279 2 . 0890 2.3502 0.3804 46 0.2614 0.5228 0.7841 0455 .3069 $ 68 3 .8297 2.0910 2.3524 0.3808 47 0.2616 0.5233 0.7849 .0465 .3081 .5698 .8314 2.0930 2-3547 0.3812 48 0.2619 0.5237 0.7856 .0475 3094 .5712 .8331 2.0950 2.3569 0.3816 49 0.2621 0.5242 o . 7864 .0485 .3106 5727 .8348 2.0970 2.3591 0.3820 5o 0.2624 0.5247 0.7871 0495 3ii8 .5742 .8366 2.0990 2.3613 0.3824 5i 0.2626 0.5252 0.7879 .0505 3131 5757 8383 2.IOIO 2.3636 0.3827 52 0*2629 0.5257 0.7886 .0514 3143 .5772 .8400 2.1029 2.36p8 0.3831 53 0.2631 0.5262 0.7893 .0524 3155 .5787 .8418 2 . IO49 2.3680 0.3835 54 0.2634 0.5267 0.7901 0534 .3168 .5802 .8435 2.1069 2-3702 0.3839 55 o . 2636 0.5272 0.7908 0544 .3180 .5816 .8452 2.1088 2.3724 0.3843 56 0.2638 0.5277 0.7915 0554 .3192 5831 .8469 2.1108 2.3746 0.3847 57 o . 2641 0.5282 0.7923 .0564 3205 .5846 .8487 2.II28 2.3769 0.3851 58 0.2643 0.2646 0.5287 0.5292 0.7930 0.7938 0574 .0584 3217 3230 .5860 .5875 .8504 .8521 2.1147 2.1167 2-3791 2.3813 0.3855 0.3859 59 60 DISTANCES. V 1 3 4 i 5 6 7 8 9 a 00 0.9227 .8455 2.7682 3-6909: 4-6i37 5.5364 6.4591 7.38i8 8.3046 3458 01 02 0.9226 0.9224 .8452 .8448 2.7677 2.7673 3-6903 3-6897 4.6129 4.6121 5-5355 5-5345 6.4580 6.4569 7.38o6 7-3794 8.3032 8.3018 3457 3456 03 0.9223 .8445 2.7668 3.6891 4-6113 5-5336 6-4559 7.3781 8.3004 3455 04 0.9221 .8442 2.7663 3.6884 4.6106 5.5327 6.4548 7.3769 8.2990 3454 05 0.9220 .8439 2.7659 3-6878 4.6098 5-5317 6-4537 7-3757 3453 06 0.9218 .8436 2.7654 3-6872 4.6090 5.5308 6.4526 7-3744 8.2962 3451 07 0.9216 .8433 2.7649 3.6866 4.6082 5.5299 6.4515 7-3732 8.2948 3450 08 0.9215 .8430 2.7645 3.6*60 4.6075 5.5290 6.4505 7.3719 8.2934 3449 09 0.9213 .8427 2.7640 3.6854 4.6067 5-5280 6.4494 7.3707 8.2920 .3448 10 0.9212 .8424 2.7636 3.6847 4-6059 5.5271 6.4483 7.3695 8.2906 3447 ii 0.9210 .8421 2.7631 3.6841 4.6051 5.5262 6.4472 7-3682 8.2892 3446 12 0.9209 .8417 2.7626 3-6835 4.6044 5-5252 6.4461 7.3670 8.2878 3445 13 0.9207 .8414 2.7621 3.6829 4.6036 5.5243 6.4450 7.3657 8.2864 3444 14 0.9206 .8411 2.7617 3.6822 4.6028 5.5234 6-4439 7.3645 8.2850 3442 15 0.9204 .8408 2.7612 3.6816 4.6020 5.5224 6.4428 7-3632 8.2836 3441 16 0.9202 .8405 2.7607 3.6810 4.6012 5.5215 6.4417 7.3620 8.2822 3440 17 0.9201 .8402 2.7603 3.6804 4.6005 5-5205 6.4406 7-3607 8.2808 -3439 18 0.9199 8399 2.7598 3-6797 5.5196 6-4395 7.3595 8.2794 3438 19 0.9198 .8^96 2-7593 3-6791 4 SQ^Q 5-5187 6.4385 7.352 8.2780 3437 20 0.9196 .8392 2.7589 3-6785 4.5981 5-5177 6-4374 7-3570 8.2766 .3436 21 0.9195 .8389 2.7584 3-6779 4-5973 5.5i68 6.4363 7-3557 8.2752 3435 22 0.9193 .8386 2.7579 3.6772 4.5965 5.5158 6.4352 7-3545 8.2738 3433 23 0.9192 -8383 2.7575 3-6766 4.5958 5-5149 6.4341 7-3532 8.2724 3432 24 0.9190 0.9188 .8380 .8377 2.7570 2.7565 3-6760 3-6753 4-5950 4-5942 5.5140 5.5i3o 6.4330 6.4319 7.3519 7.3507 8.2709 8.2695 3431 3430 26 0.9187 8374 2.7560 3-6747 4-5934 5-5I2I 6.4307 7-3494 8.2681 3429 27 0.9185 .8370 2.7556 3.6741 4.5926 5-5III 6.4296 7.34S2 8.2667 .3428 28 0.9184 .8367 2.7551 3-6735 4.59i8 5.5102 6.4285 7.3469 8.2653 3427 29 0.9182 .8364 2.7546 3-6728 4-5910 5.5092 6.4274 7-3456 8.2639 3423 30 0.9180 .8361 2.7541 3.6722 4.5902 5.5083 6.4263 7.3444 8.2624 -3424 31 0.9179 .8358 2.7537 3.67i6 4-5894 5-5073 6.4252 7.3431 8.2610 3423 32 0.9177 .8355 2.7532 3.6709 4.5887 5.5064 6.4241 7.34i8 8.2596 3422 33 0.9176 8351 2.7527 3.6703 4.5879 5-5054 6.4230 7.3406 8.2581 3420 34 0.9174 .8348 2.7522 3-6696 4.5871 5-5045 6.4219 7-3393 8.2567 .3419 35 o.9i73 8345 2.7518 3.6690 4.5863 5-5035 6.4208 7.338o 8.2353 3418 36 0.9171 .8342 2.7513 3.6684 4.5855 5.5026 6.4197 7-3368 8.2339 3417 0.9169 .8339 2.7508 3-6677 4.5847 5.5oi6 6.4186 7-3355 8.2524 .3416 38 0.9168 8336 2.7503 3-6671 4.5839 5.5oo7 6.4174 7.3342 8.2510 34i5 39 0.9166 .8332 2-7499 3-6665 4.5831 5-4997 6.4163 7.3329 8.2496 3413 40 0.9165 .8329 2-7494 3-6658 4-5823 5.4988 6.4152 7.3317 8.2481 3412 41 0.9163 .8326 2.7489 3-6652 4.58i5 5.4978 6.4141 7.3304 8.2467 34II 42 0.9161 8323 2.7484 3.6646 4.5807 5.4968 6.4130 7-3291 8.2452 3410 43 0.9160 .8320 2.7479 3-6639 4-5799 5-4959 6.4118 7.3278 8.2438 3409 44 0.9158 .8316 2-7475 3-6633 4-5791 5-4949 6.4107 7-3265 8.2424 3407 45 0.9157 8313 2.7470 3.6626 4.5783 5-4939 6.4096 7.3253 8.2409 .3406 46 0.9155 .8310 2.7465 3.6620 4-5775 5-4930 6.4085 7.3240 8-2395 .3405 47 0.9153 .8307 2.7460 3-6613 4.5767 5.4920 6.4074 7-3227 8.2380 3404 48 0.9152 .8304 2-7455 3-6607 4-5759 5.4911 6 . 4062 7-3214 8.2366 3403 49 0.9150 .8300 2.7450 3.6601 4-5751 5.4901 6.4051 7.3201 8.2351 3402 5o 0.9149 .8297 2.7446 3-6594 4-5743 5.4891 6.4040 7.3i88 8.2337 3400 5i 52 0.9147 0.9145 .8294 2-7441 2.7436 3-6588 3-6581 4-5735 4.5727 5.4882 5-4872 6.4029 6.4017 7.3176 7-3i63 8.2322 8.2308 ;3|9jj 53 0.9144 .8287 2.7431 3-6573 4.5719 5.4862 6.4006 7.3i5o 8.2293 ^3397 54 0.9142 .8284 2.7426 3.6568 4.5710 5.4853 6.3995 7.3137 8.2279 .3395 55 0.9140 .8281 2.7421 3.6562 4.5702 5.4843 6.393 7-3124 8.2264 .3394 56 0.9139 .8278 2.7417 3-6555 5.4833 6.3972 7.31" 8.2250 3393 57 0.9137 .8274 2.7412 3-6549 4.5686 5.4823 6.3961 7 . 3098 8.2235 3392 58 0.9136 .8271 2.7407 3.6542 4.5678 5.48i4 7.3085 8.2221 3390 59 0.9134 .8268 2.7402 3-6536 4.5670 5.4804 6.3938 7.3072 8.2206 .3389 60 0.9132 .8265 2.7397 3-6530 4.5662 5-4794 6.3927 7.3059 8.2192 >33 HEIGHTS. 16 1 2 3 4 6 6 7 8 9 1 0.2646 0.5292 0.7938 .0584 3230 .575 1.8521 2.1167 2.3813 0.3859 oo 0.2648 0.5297 0.7945 .0594 .3242 .5890 1-8539 2.1187 2.3835 0.3863 01 0.2651 0.5302 0.7952 .0603 3254 5905 1.8556 2.1206 2.3857 0.3867 02 0.2653 0.5307 0.7960 .0613 .3266 .5920 1.8573 2.1226 2.3880 0.3871 03 0.2656 0.53H 0.7967 .0623 .3279 5934 1.8590 2.1246 2.3902 0.3875 04 0.2658 0.2661 0.5316 0.5321 0.7975 0.7982 0633 .0642 3291 3303 5949 .5964 1.8607 1.8624 2.1266 2.1285 2.3924 2.3946 0.3878 0.3882 3 0.2663 0.5326 0.7989 .0652 5979 1.8642 2.1305 2.3968 0.3886 o7 0.2666 o.533i 0.7997 .0662 '3328 5994 1.8659 2.1325 2.3990 0.3890 08 0.2668 0.5336 0.8004 .0672 3340 .6008 1.8676 2.1344 2.4012 09 0.2670 o.534i 0.8011 .0682 3352 .6023 1.8693 2.1364 2.4034 0.3898 10 0.2673 0.2675 0.5346 0-5351 0.8019 0.8026 .0692 .0702 3365 3377 .6037 .6052 1.8710 1.8728 2.1383 2.1403 2.4056 2.4078 0.3902 0.3906 ii 12 0.2678 0.5356 0.8033 .0711 .3389 .6067 1.8745 2.1422 2.4100 0.3910 13 0.2680 0.5361 0.8041 .0721 3401 .6082 1.8762 2.1442 2.4123 0.3914 14 0.2683 0.5365 0.8048 0731 3414 .6096 1.8779 2.1462 2.4145 15 0.2685 o.537o 0.8056 .0741 .3426 .6111 1.8796 2.1482 2.4167 0.3921 16 0.2688 0-5375 0.8063 .0750 3438 .6126 1.8813 2.1501 2.4189 0.3925 i7 0.2690 0.5380 0.8070 .0760 .6141 1.8831 2.1521 2.4211 0.3929 18 0.2693 0.5385 0.8078 .0770 .3463 6i55 1.8848 2.1540 2.4233 0-3933 19 0.2695 0-5390 0.8085 .0780 3475 .6170 1.8865 2.1560 2.4255 0-3937 20 0.2697 0-5395 0.8092 .0790 .3487 .6184 1.8882 2.IS79 2.4277 0.3941 21 o . 2700 o . 5400 0.8100 .0800 3499 .6199 1.8899 2.1599 2.4288 0-3945 22 0.2702 0.5405 0.8107 .0809 35*2 .6214 1.8916 2.1618 2.4321 0-3949 23 0.2705 0.5409 0.8114 .0819 3524 .6228 J-8933 2.1638 2-4343 0-3953 24 o . 2707 0.5414 0.8122 .0829 3536 .6243 1-8950 2.1658 2.4365 0-3957 0.2710 0-5419 0.8129 .0838 .3348 .6258 1.8967 2.1677 2.4387 0.3960 26 0.2712 0.5424 0.8136 .0848 .3560 .6273 1.8985 2.1697 2.4409 0.3964 27 0.2715 0.5429 0.8144 .0858 3573 .6287 1.9002 2.1716 2-4431 0.3968 28 0.2717 0-5434 0.8151 .0868 3585 .6302 1.9019 2.1736 2-4453 0.3972 29 0.2719 0-5439 0.8158 .0878 3597 .6316 1.9036 2.1755 2-4475 0.3976 30 0.2722 0-5444 0.8165 .0887 3609 -6331 I-9053 2.1775 2.4496 0.3980 31. 0.2724 o.544 0.8173 .0897 .3621 -6346 1.9070 2.1794 2.4518 0.3984 32 0.2727 0-5453 0.8180 .0907 3634 .6361 1.9087 2.1814 2.4540 0.3988 33 0.2729 0.5458 0.8187 .0916 3646 6375 1.9104 2.1833 2.4562 0.3992 34 0.2732 0.5463 0.8195 .0926 .3658 .6390 1.9121 2-1853 2.4584 0.3996 0.2734 0.5468 0.8202 .0936 .3670 .6404 1.9138 2.1872 2.4606 0-3999 36 0.2736 0-5473 0.8209 .0946 .3682 .6418 2.1891 2.4628 0.4003 37 0.2739 0.5478 0.8216 0955 .3694 6433 1.9172 2.1911 2.4650 0.4007 38 0.2741 0.5483 0.8224 .0965 37o6 .6448 1.9189 2.1930 2.4672 o . 401 i 39 0.2744 0.5487 0.8231 0975 3719 .6462 1.9206 2.1950 2.4693 0.4015 40 0.2746 0.5492 0.8238 .0984 3731 .6477 1.9223 2.1969 2.4715 0.4019 4i 0.2749 0-5497 0.8246 0994 -3743 .6491 1.9240 2.1988 2.4737 0.4023 42 0.2751 0.5502 0.8253 .1004 3755 .6506 1-9257 2.2008 2-4759 0.4027 43 0.2753 0.5507 0.8260 .1014 .3767 .6520 1.9274 2.2027 2.4781 0.4031 44 0.2756 0.5512 0.8267 .1023 3779 6535 1.9291 2.2046 2.4802 0.4035 45 0.2758 o.55i6 0.8275 1033 3791 .6^49 1.9308 2.2066 2.4824 0.4039 46 0.2761 0.5521 0.8282 .1043 3803 .6564 1.9325 2.2085 2.4846 0.4042 47 0.2763 0.5526 0.8289 .1052 .3815 1-9342 2.2105 2.4868 o . 4046 48 0.2766 o.553i 0.8297 .1062 3828 ^6593 1-9359 2.2124 2.4890 0.4050 49 0.2768 0.5536 0.8304 .1072 .3840 .6607 1-9375 2.2143 2.4911 0.4054 50 0.2770 o.554i 0.8311 .1081 .38^2 .6622 1-9392 2.2163 2-4933 0.4058 5I 0.2773 o!5546 0.8318 .1091 3864 .6637 1.9409 2.2182 2-4955 0.4062 52 0.2775 0.2778 o.555o 0.5555 0.8326 0.8333 .1101 .1110 .3876 .3888 .6651 .6666 1.9426 1-9443 2 . 2202 2.2221 2-4977 2.4998 0.4066 0.4070 53 54 0.2780 0.2782 o.556o 0.5565 0.8340 0.8347 .1120 .II3O .3900 3912 .6680 .6695 1.9460 1-9477 2.2240 2.22^9 2.5020 2.5042 0.4074 0.4078 3 0.2785 0-5570 0.8354 1139 -3924 .6709 1.9494 2.2278 2.5063 0.4081 57 0.2787 0-5574 0.8362 .114'-) -3936 .6723 I-95IO 2.2298 2.5085 0.4085 58 0.2790 0-5579 0.8369 .11^8 .3948 .6738 I-9527 2.2317 2.5107 0.4089 59 0.2792 0.5584 0.8376 .1168 i.396o 1.6752 1-9544 2.2337 2.5129 0.4093 60 DISTANCES. f 1 2 3 4 5 6 7 8 9 a 00 0.9132 .8265 2.7397 3-6530 4.5662 4794 6.3927 7.3059 8.2192 3388 01 02 0.9131 0.9129 .8262 .8258 2.7392 2.73*7 3-6523 3-6517 4.5646 4775 6.3915 7.3046 7.3033 8.2177 8.2162 .3387 .3385 03 0.9127 .8255 2.7382 3-65io 4.5637 .4765 6.3892 7.3020 8.2147 .3384 04 0.9126 .8252 2.7378 3-6303 4-5629 4755 6.3881 7.3007 8.2133 .3383 05 0.9124 .8248 2.7373 3-6497 4.5621 4745 6.3870 7.2994 8.2118 3382 06 07 0.9123 0.9121 .8245 .8242 2.7368 2.7363 3.6490 3-6484 4-5613 4-5605 .4736 .4726 6.3858 6.3847 7 '.2968 8.2103 8.2089 .338i 3379 08 0.9119 .8239 2-7358 3-6477 4-5597 47i6 6.3835 7-2955 8.2074 3378 09 10 0.9118 0.9116 .8235 .8232 2-7353 2.7348 3-6471 3-6464 4.559 4.558o .4706 .4696 6.3824 6.3812 7.2942 7.2929 8.2059 8.2045 -3377 3376 ii 0.9114 .8229 2-7343 3.6458 4-5572 5-4687 6.3801 7.2915 8.2030 3375 12 0.9113 .8226 2.7338 3-6451 4.5564 5.4677 6.3789 7.2902 8.2015 3373 13 0.9111 .8222 4-5556 5-4667 6.3778 7.2889 8.2000 3372 14 0.9100 .8219 2.7328 3.6438 4-5547 5.4657 6.3766 7.2876 8.1985 3371 g 0.9108 0.9106 .8216 .8212 2.7324 2.7319 3.6431 3-6425 4-5539 4-5531 5.4647 5.4637 6-3755 6-3743 7-2863 7.2850 8.1971 8.1956 3370 3368 17 0.9105 .8209 2.73M 3-6418 4.5523 5-4627 6.3732 7-2836 8.1941 .3367 18 0.9103 .8206 2.7309 3-6412 4.5515 5-4617 6.3720 7-2823 8.1926 -3366 19 0.9101 .8203 2.7304 3-6405 4.55o6 5.4608 6.3709 7.2810 8.IQII .3365 20 0.9100 .8199 2.7299 3.6398 4.5498 5.4598 6.3697 7-2797 8.1897 3364 21 22 0.9098 0.9096 .8196 .8193 2.7294 2.7289 3.6392 3-6385 4-5490 4-5482 5-4588 5.4578 6.3686 6.3674 7.2784 7-2770 8.1882 8.1867 .3362 336i 23 0.9095 .8189 2.7284 3-6379 4-5473 5-4568 6.3662 7.2757 8.1852 .336o 24 0.9093 .8186 2.7279 3.6372 4.5465 5-4558 6.3651 7-2744 8.1837 3359 11 0.9091 0.9000 .8183 8i79 2.7274 2.7269 3.6365 3-6359 4-5457 4.5448 5.4548 5-4538 6-3639 6.3628 7.2731 7.2717 8.1822 8.1807 3358 3357 27 0.9088 .8176 2.7264 3.6352 4.5440 5.4528 6.3616 7.2704 8.1792 3355 28 0.0086 8i73 2.7259 3.6345 4-5432 5.45i8 6.3604 7.2691 8.1777 -3354 29 0.9085 .8169 2.7254 3-6339 4.5423 5.45o8 6-3593 7.2678 8.1762 -3353 30 0.9083 .8166 2.7249 3.6332 4-5415 5.4498 6.3581 7.2664 8.1747 3352 31 0.9081 .8163 2.7244 3-6325 4.5407 5.4488 6.3570 7.2651 8.1732 3350 32 0.9080 8i59 2.7239 3-6319 4.5398 5.4478 6-3558 7.2637 8.1717 33 0.0078 .8156 2.7234 3-6312 5.4468 6.3546 7.2624 8.1702 . 3^45 34 0.9076 8i53 2.7229 3-6305 4.5382 5.4458 6-3534 7.2611 8.1687 '3347 O.Q075 .8149 2.7224 3.6299 4-5373 5.4448 6-3523 7.2597 8.1672 .3346 36 0.9073 .8146 2.7219 3-6292 4.5365 5.4438 6.3511 7.2584 8.1657 3344 37 0.9071 .8143 2.7214 3-6285 4-5357 5.4428 6-3499 7.2571 8.1642 3343 38 0.9070 .8139 2.7209 3.6279 4.5348 5.44i8 6.3488 7.2557 8.1627 3342 39 0.9068 8136 2.7204 3.6272 4-5340 5.4408 6.3476 7.2544 8.1612 3341 40 0.9066 .8133 2.7199 3-6265 4-5332 5.4398 6.3464 7.2530 8.1597 3339 4i 0.9065 .8129 2.7194 3-6258 4-5323 5.4388 6-3452 7.2517 8.1581 3338 42 0.9063 .8126 2.7189 3-6252 4.5315 5-4378 6.3441 7.2503 8.1566 3337 43 0.9061 .8122 2.7184 3-6245 4.53o6 5.4367 6.3429 7.2490 8.1551 3336 44 0.9060 .8119 2.7179 3-6238 4 5298 5-4357 6-3417 7.2476 8.1536 3335 3 0.9058 0.9056 .8116 .8112 2.7174 2.7169 3-6231 3.6225 4.5289 4.5281 5-4347 5-4337 6-3405 7.2463 7.2449 8.1521 8.1506 .3333 3332 47 0.9054 .8109 2.7163 3.6218 4.5272 6.3381 7.2436 8.1490 3331 48 0.9053 .8106 2.7158 3.6211 4.5264 5*4317 6-3370 7.2422 8.1475 3330 49 0.9051 .8102 2.7153 3.6204 4.5256 5-4307 6-3358 7.2409 8.1460 .3329 50 0.9049 .8099 2.7148 3-6198 4-5247 5-4297 6.3346 7.2395 8.1445 3327 51 0.9048 .8095 2.7143 3.6191 4-5239 5.4286 6-3334 7.2382 8.1430 .3326 52 o . 9046 2.7138 3-6184 4.5230 5.4276 6-3322 7.2368 8.1414 .3325 53 0.9044 8089 2.7133 3.6i77 4.^222 5.4266 6.3310 7.2355 8.1399 .3324 54 0.9043 .8085 2.7128 3.6171 4.5213 5.4256 6.3298 7.2341 8.1384 .3323 55 0.9041 .8082 2.7123 3-6164 4 5205 5.4246 6.3287 7.2327 8.1368 3321 56 57 0.9039 0.9038 .8078 .8075 2.7118 2.7113 3-6i57 3-6150 4.5196 4.5188 5.4235 5.4225 6.3275 6.3263 7.2314 7.2300 8.1353 8.1338 3320 .3319 58 0.9036 .8072 2.7107 3-6143 4.5I79 5.4215 6.3251 7.2287 8.1322 .3318 0-0034 .8068 2.7102 3.6i37 4.5I7I 5-4205 6.3239 7.2273 8.1307 33i6 60 0.9032 .8065 2.7097 3-6130 4.5162 5-4195 6.3227 7.2259 8.1292 3315 HEIGHTS. '7 1 2 3 4 5 6 7 8 9 b r 0.2792 0.2794 0.5584 0.5589 0.8376 0.8383 .1168 .1178 .3960 1.6752 1.6767 9544 .956i 2.2337 2.2356 2.5129 2.5150 0.4093 0.4097 00 01 0.2797 0-5594 0.8391 .1187 .3984 .6781 9578 2.2375 2.5172 0.4IOI 02 0.2799 0-5599 0.8398 .1197 3996 .6796 9595 2-2394 2.5193 0.4105 03 0.2802 o. 5603 0.8405 .1207 .4008 .6810 .9612 2.2414 2.5215 0.4109 04 0.2804 0.5608 0.8412 .1216 .4020 .6825 .9629 2.2433 2.5237 0.4II3 05 0.2806 0.5613 0.8419 .1226 .4032 6839 .9645 2.2452 2.5258 0.4116 06 0.2809 0.5618 0.8427 .1236 4044 .6853 .9662 2.2471 2.5280 0.4120 07 0.28II 0.5623 0.8434 .1245 .4056 .6868 9679 2.2490 2.5302 0.4124 08 0.28l4 0.5627 0.8441 1255 .4068 .6882 .9696 2.2510 2.5323 0.4128 09 0.28l6 0.5632 0.8448 .1264 .4080 6897 9713 2.2529 2-5345 0.4132 10 0.28l8 0.2821 0.5637 0.5642 0.8455 0.8463 .1274 .1284 .4092 .4104 .6911 .6925 .9729 .9746 2.2548 2.2567 2.5366 2.5388 0.4136 0.4140 II 12 0.2823 0.5647 0.8470 1293 .4116 .6940 .9763 2.2586 2.5409 0.4144 13 0.2826 o. s65i 0.8477 .1303 .4128 .6954 .978o 2.2606 2.5431 0.4148 14 0.2828 0.5656 0.8484 .1312 .4140 .6969 9797 2.2625 2-5453 0.4I5I ij 0.2830 o.;66i 0.8491 .1322 .4152 .6983 .9813 2.2644 2-5474 0.4155 16 0.2833 0.5666 0.8499 1332 .4164 .6997 .9830 2.2663 2.5496 0.4159 17 0.2835 0.5670 0.8506 1341 .4176 .7011 .9847 2.2682 2.5517 0.4163 18 0.2838 0.5675 0.8513 I35I .4188 .7026 .9863 2.2701 2.5539 0.4167 19 0.2840 0.5680 0.8520 .1360 .4200 .7040 .9880 2.2720 2.5560 0.4I7I 20 0.2842 0.5685 0.8527 1370 .4212 .7054 .9897 2.2739 2.5582 0.4175 21 0.2845 0.5690 0.8534 1379 .4224 .7069 .9914 2.2758 2.5603 0.4179 22 0.2847 0.5694 0.8542 *389 .4236 .7083 9930 2.2778 2.5625 0.4183 23 0.2850 0.5699 0.8549 . 1398 .4248 .7098 9947 2.2797 2.5646 0.4186 24 0.2852 0.5704 0.85^6 .1408 .4260 .7112 .9964 2.2816 2.5668 0.4190 0.2854 0.5709 0.8563 .1417 .4272 .7126 .9980 2.2835 2.5689 0.4194 26 0.2857 o.57i3 0.8570 .1427 .4284 .7140 9997 2.2854 2.5710 0.4198 27 0.2859 0.5718 0.8^77 .1436 .4296 .7155 .0014 2.2873 2.5732 0.4202 28 0.2861 0.5723 0.8584 .1446 4307 .7169 2.0030 2.2892 2.5753 o . 4206 29 0.2864 0.5728 0.8592 .1456 4319 7183 2.0047 2.2911 2-5775 0.4210 30 0.2866 0.5732 0.8599 .1465 4331 .7197 2.0063 2.2930 2.5796 0.4214 3i 0.2869 0-5737 0.8606 1474 4343 .7212 2.0080 2.2940 2.5818 0.4217 32 0.2871 0.5742 0.8613 . 1484 4355 .7226 2.0097 2.2968 2.5839 0.4221 33 0.2873 0-5747 0.8620 .1494 4367 .7240 2.0114 2.2987 2.5861 0.4225 34 o . 2876 0.5752 0.8627 1503 4379 7255 2.0131 2.3006 2.5882 0.4229 35 0.2878 0.5756 0.8634 .1512 4390 .7269 2.0147 2.3025 2.5903 0.4233 36 0.2880 o.576i 0.8641 .1522 .4402 .7283 2.0163 2.3044 2.5924 0.4237 37 0.2883 0.5766 0.8649 1532 .4414 .7297 2.0180 2.3063 2.5946 0.4241 38 0.2885 o.577o 0.8656 .1541 .4426 .7311 2.0196 2.3082 2.5967 0.4245 39 0.2888 0-5775 0.8663 1550 4438 .7326 2.0213 2.3101 2.5988 0.4249 40 0.2890 0.5780 0.8670 .1560 445o 7340 2.0230 2.3120 2.6010 0.4252 4i o . 2802 0.5785 0.8677 1569 .4462 7354 2 . 0246 2.3139 2.6031 0.4256 42 0.2895 0.2897 0.5789 0-5794 0.8684 0.8691 1579 .1588 4474 .4485 7368 .7383 2.0263 2 . 028o 2.3158 2.3177 2.6052 2.6074 0.4260 0.4264 43 44 0.2899 0.5799 0.8698 .1598 4497 7397 2 . 0296 2.3196 2.6095 0.4268 45 0.2902 0.5804 0.8705 .1607 .4509 74II 2.0313 2.3215 2.6116 0.4272 46 0.2904 0.5808 0.8713 .1617 .4521 .7425 2.0329 2.3233 2.6138 0.4276 47 0.2907 0.5813 0.8720 .1626 4533 7439 2.0345 2.3252 2.6159 0.4280 48 0.2909 0.5818 0.8727 .1636 4544 7453 2.0362 2.3271 2.6180 0.4283 49 0.2911 0.5823 0.8734 .1645 4556 .7468 2.0379 2.3290 2 . 6202 0.4287 50 0.2914 0.5827 0.8741 .1654 .4568 .7482 2.0395 2.3309 2.6223 0.4291 5i 0.2916 0.5832 0.8748 .1664 .4580 .7496 2.0412 2 . 3328 2.6244 0.4295 52 0.2918 0.2921 0.5837 0.5841 0.8755 0.8762 i673 1683 4591 .4603 .7510 .7524 2.0428 2.0445 2.3346 2.3365 0.4299 0.4303 53 54 0.2923 0.5846 0.8769 .1692 .4615 7538 2.0461 2.3384 2.6307 0.4307 0.292; 0.2928 o . 2930 0.5851 0.5856 0.5860 0.8776 0.8783 0.8790 .1702 .1711 .1720 .4627 4639 .4651 7552 .7567 7381 2.0478 2.0495 2.05II 2.3403 2.3422 2.3441 2.6329 2.6350 2.6371 0.43II 0.4515 0.4318 1 0.2932 0.2935 0.5865 0.5870 0.8797 0.8804 .1730 1739 .4662 4674 7595 .7609 2.0527 2.0544 2.3460 2.3478 2.6392 2.6413 0.4322 0.4326 g I8 C DISTANCES. p 1 2, a 4 6 6 7 8 9 a oo 0.9032 1.8065 2.7097 3-6130 4.5162 -4195 3227 7.2259 8.1292 33i5 01 0.9031 i. 8061 2.7092 3-6123 4.5154 .4184 3215 7.2246 8.1276 33H 02 0.9029 1.8058 2.7087 3.6116 4.5I45 .4174 3203 7.2232 8.1261 3313 03 0.9027 1.8055 2.7082 3.6109 4.5136 .4164 3191 7.2218 8.1246 3311 04 0.9026 1.8051 2.7077 3.6102 4.5128 4153 3179 7.2205 8.1230 3310 05 0.9024 1.8048 2.7072 3-6095 4.5119 4143 3167 7.2191 8.1215 06 0.9022 1.8044 2.7066 3-6089 4.5111 .4133 -3I55 7.2177 8.1199 .3308 07 0.9020 1.8041 2.7061 3.6082 4.5102 4123 -3I43 7-2163 8.1184 33o6 08 0.9019 1.8037 2.7056 3-6075 4-5094 .4112 3131 7.2150 8.1168 .3305 09 0.9017 1.8034 2.7051 3.6068 4-5085 .4102 3119 7.2136 8.1153 -3304 10 0.9015 1.8031 2.7046 3.6061 4.5076 .4092 .3107 7.2122 8.1138 -3302 11 0.9014 1.8027 2.7041 3-6054 4.5068 .4081 6-3095 7.2108 8.II22 3301 12 0.9012 1.8024 2.7085 3.6047 4.5059 .4071 6.3083 7-2095 8.1106 3300 13 0.9010 1.8020 2.7030 3.6040 4.5050 .4061 6.3071 7.2081 8.I09I .3298 14 0.9008 1.8017 2.7025 3-6033 4-5042 .4050 6-3059 7.2067 8.1075 3297 15 0.9007 1.8013 2.7020 3.6027 4.5033 .4040 6.3046 7-2053 8.1060 .3296 16 0.9005 1.8010 2.7015 3.6020 4.5025 .4029 6.3034 7.2039 8.1044 3294 17 0.9003 i. 8006 2.7010 3-6013 4.5016 .4019 6.3022 7.2025 8.1029 3293 18 0.9001 1.8003 2.7004 3.6006 4.5007 .4009 6.3010 7.2012 8.1013 .3292 19 0.9000 1.7999 2.0999 3-5999 4.4999 6.2998 7.1998 8.0998 20 0.8998 1.7996 2.6994 3-5992 4.4990 .3988 6.2986 7.1984 8.0982 ^3289 21 0.8996 1-7993 2.6989 3.5985 4.4981 3978 6.2974 7.1970 8.0966 .3288 22 0.8995 1.7989 2.6984 3-5978 4-4973 .3967 6.2962 7.1956 8.0951 .3287 23 0.8993 1.7986 2.6978 3-5971 4.4964 3957 6.2949 7.1942 8.0935 .3285 24 25 0.8991 o.8$ 9 1.7982 1.7979 -i 3 3.5964 3-5957 4-4955 4.4946 3946 3936 6.2937 6.2925 7.1928 7.1914 8.0919 8.0004 .3284 3283 26 0.8988 1-7975 2.6963 3-5950 4-4938 .3925 6.2913 7.1900 8.0888 .3281 27 0.8986 1.7972 2.6957 3-5943 4.4929 3915 6.2901 7.1886 8.0872 .3280 28 0.8984 1.7968 2.6952 3-5936 4.4920 3904 6.2888 7.1873 8.0857 29 0.8982 1.7965 2.6947 3-5929 4.4912 .3894 6.2876 7.i859 8.0841 .3270 30 0.8981 1.7961 2.6942 3-5922 4.4903 .3884 6.2864 7.1845 8.0825 [3276 3i 0.8979 1.7958 2.6937 3-5915 4.4894 .3873 6.2852 7.1831 8.0810 3275 3 2 0.8977 1-7954 2.6931 3.5908 4.4885 -3862 6.2840 7-1817 8.0794 3274 33 0.8975 1.7951 2.6926 3-5901 4-4877 -3852 6.2827 7-1803 8.0778 .3272 34 0.8974 1.7947 2.6921 3-5894 4.4868 -3841 6.2815 7-1789 8.0762 -3271 0.8972 1.7944 2.6915 3.5887 4.4859 -3831 6.2803 7-1775 8.0746 37 0.8970 0.8968 1.7940 1.7937 2.6910 2.6905 3.588o 3.5873 4.4850 4.4842 5-3820 5.38io 6.2790 6.2778 7.1760 7-1746 8.0731 8.0715 .3267 s 0.8967 1.7933 2.6900 3-5866 4.4833 5-3799 6.2766 7.1732 8.0609 .3265 39 0.8963 1-7930 2.6894 3-5859 4.4824 5-3789 6.2754 7-1718 8.0683 .3264 40 0.8963 1.7926 2.6889 3-5852 4.4815 5-3778 6.2741 7.1704 8.0667 3263 4i 0.8961 1-7923 2.6884 3.5845 4.4806 5-3768 6.2729 7.1690 8.0651 .3262 4 2 0.8960 1.7919 2.6879 3 5^3^ 4.4798 5-3757 6.2717 7.1676 8.0636 .3260 43 0.8958 1.7915 2.6873 3.5831 4.4789 5.3746 6.2704 7.1662 8.0620 3259 44 0.8956 1.7912 2.6868 3.5824 4.4780 5.3736 6.2692 7.1648 8.0604 3258 45 0.8954 1.7908 2.6863 3.5817 4-4771 5.3725 6.2679 7-1634 8.0588 3257 46 0.8952 1.7905 2.6857 3.5810 4.4762 5.3715 6.2667 7.1619 8.0572 .3255 47 0.8951 1.7901 2.6852 3.5803 4-4753 5-3704 6.2655 7-1605 8.0556 3254 48 0.8949 1.7898 2.6847 3-5796 4-4744 5.3693 6.2642 7.1591 8.0540 .3253 149 0.8947 0.8945 1.7894 1-7891 2.6841 2.6836 3.5789 3.5781 4-4736 4-4727 5.3683 5.3672 6.2630 6.2618 7-1577 7.1563 8.0524 8.0508 3251 .3250 51 0.8944 1.7887 2.6831 3-5774 4.47i8 5.366i 6.2605 7-1549 8.0492 3249 52 0.8942 1.7884 2.6825 3-5767 4.4709 5.3651 6.2593 7.1534 8.0476 -3247 53 0.8940 1.7880 2.6820 3-576o 4.4700 5.3640 6.2580 7-1520 8.0460 -3246 54 0.8938 1.7876 2.6815 3-5753 4.4691 5-3629 6.2568 7.1506 8.0444 3245 55 0.8936 1.7873 2.6809 3-5746 4.4682 5-36i9 6.2555 7-1492 8.0428 3243 56 0.8935 1.7869 2.6804 3-5739 5-3608 6.2543 7-1477 8.0412 .3242 li 0.8933 0.8931 1.7866 1.7862 2.6799 2.6793 3-5732 IS 5-3597 5.3587 6.2530 6.2518 7-1463 7-1449 8.0396 8.0380 3241 .3239 59 0.8929 1-7859 2.6788 3*5717 4.4647 5-3576 6.2505 7.1435 8.0363 3238 60 0.8928 1.7855 2.6783 3-5710 4-4638 5-3565 6.2493 7.1420 8.0348 3237 HEIGHTS. 18* 1 2 3 4 5 6 7 8 9 b 9 0.2935 0.5870 0.8804 1739 4674 1.7609 2.0544 2.3478 2.6413 0.4326 00 0.2937 0.5874 0.8811 1749 4686 1.7623 2.0560 2-3497 2.6434 0.4330 OI 0.2940 0.5879 0.8819 1758 4698 1.7637 2.0577 2.3516 2.6456 0-4334 02 0.2942 0.5884 0.8826 1768 4709 1.7651 2.0593 2-3535 2 6 4 77 0-4338 03 0.2944 o 5888 0.8833 1777 4721 1.7665 2.0609 2.3554 2.6498 0.4342 04 0.2947 0.5893 0.8840 1786 4733 1.7679 2.0626 2-3573 2.6519 0.4346 05 0.2949 0.5898 0.8847 1796 1.7693 2 . 0642 2-3591 2.6540 0-4349 06 0.2951 0.5902 0.8854 1805 4756 1-7707 2.0659 2.3610 2.6561 0-4353 07 0.2954 0.2956 0.5907 0.5912 0.8861 0.8868 1814 1824 4780 1.7721 1-7735 2.0675 2.0091 2.3629 2.3647 2.6582 2.6603 0-4357 0.4361 08 09 0.2958 0.5917 0.8875 1833 4791 1-7750 2.0708 2.3666 2.6624 0.4365 10 0.2961 0.5921 0.8882 1842 4803 1.7764 2.0724 2.3685 2.6645 0.4369 II 0.2963 0.5926 0.8889 1852 4815 1.7778 2.0740 2.3703 2 . 6666 0-4373 12 0-5931 0.8896 1861 4826 1.7792 2.0757 2.3722 2.6687 0-4377 13 0.2970 0-5935 o.594o 0.8903 0.8910 1870 1880 4838 4850 1.7806 1.7820 2.0773 2.0790 2.3741 2.3760 2.6708 2.6729 0.4380 0.4384 14 15 0.2972 0-5945 0.8917 1889 4861 1.7834 2.0806 2.3778 2.6750 0.4388 16 0.297^ 0-5949 0.8924 1898 4873 1.7848 2.0822 2.3797 2.6771 0.4392 17 0.2977 0.5954 0.8931 1908 4885 1.7862 2.0838 2.3815 2.6792 0.4396 18 0.2979 0-5959 0.8938 1917 4896 1.7876 2.0855 2.3834 2.6813 0.4400 19 0.2982 0.5963 0.8945 1926 4908 1.7890 2.0871 2.3853 2.6834 0.4404 20 0.2984 0.5968 0.8952 1936 4920 1.7904 2.0887 2.3871 2.6855 0.4407 21 0.2986 0-5973 0.8959 1945 493i 1.7918 2.0904 2.3890 2.6876 0.4411 22 0.2989 0-5977 0.8966 1954 4943 1.7932 2.0920 2.3909 2.6897 0.4415 23 0.2991 0.5982 0.8973 1964 4955 1.7946 2.0936 2.3927 2.6918 0.4419 24 0.2993 0.5987 0.8980 1973 4966 1.7960 2.0953 2.3946 2-6939 0.4423 25 0.2996 0.5991 0.8987 .1982 -4978 1-7974 2.0969 2.3965 2.6960 0.4427 26 0.2998 0.5996 0.8994 .1992 .4989 1.7987 2.0985 2.3983 2.6981 0.4431 27 0.3000 o . 6000 0.9001 2001 .5001 1.8001 2.IOOI 2.4002 2 . 7002 0-4435 28 0.3003 0.6005 0.9008 .2010 5013 1.8015 2.1018 2 . 4020 2.7023 0.4438 29 0.3005 0.6010 0.9015 .2020 .5024 1.8029 2.1034 2.4039 2.7044 0.4442 30 0-3007 0.6014 o . 9022 .2029 .5036 1.8043 2.1050 2.40^8 2.7065 0.4446 3i 0.3009 0.6019 0.9028 -2038 5047 1.8057 2.1066 2.4076 2.7085 0.4450 32 0.3012 o . 6024 0.9035 .2047 5059 1.8071 2.1083 2.4094 2.7IO6 0.4454 33 0.3014 0.6028 0.9042 .2056 1.8085 2.1099 2.4H3 2.7127 0.4458 34 o.3oi6 0.3019 0.6033 0.6038 0.9049 0.9056 .2066 .2075 !5o82 .5094 1.8099 1.8113 2.1115 2.IH2 2.4132 2.4150 2 7148 2.7169 0.4462 0.4466 1 0-3021 0.6042 0.9063 .2084 .5105 1.8127 2.II48 2.4169 2.7190 0.4469 37 0.3023 0.6047 0.9070 .2094 .5117 1.8140 2.II64 2.4187 2.72II 0-4473 38 0.3028 0.6051 0.6056 0.9077 0.9084 .2103 .2112 .5128 .5140 1.8154 i. 8168 2.1180 2.1196 2.4206 2.4224 2.7231 2.7252 0.4477 0.4481 39 40 0.3030 0.6061 0.9091 .2121 .5152 1.8182 2.I2I2 2.4242 2.7273 0.4485 4i 0.3033 0.6065 0.9098 .2130 1.8196 2.1228 2.4261 2.7294 0.4489 42 0.3035 0.6070 0.9105 .2140 ^5175 1.8210 2.1245 2.4280 2.7315 0-4493 43 0.3037 0.6074 0.9112 .2149 .5186 1.8223 2.126l 2. 4 298 2.7335 0.4496 44 0.3040 0.6079 0.9119 .2158 .5198 1.8237 2.1277 2.4316 2.7356 0.4500 45 0.3042 0.6084 0.9125 .2167 .5209 1.8251 2.1293 2.4334 2.7376 0.4504 46 0.3044 0.6088 0.9132 .2176 .5221 1.8265 2.1309 2-4353 2.7397 0.4508 47 0.3046 0.6093 0.9139 .2186 .5232 1.8279 2.1325 2.4372 2.7418 0.4512 48 0.3049 0.6098 0.9146 .2195 .5244 1.8293 2.1341 2.4390 2.7439 0.4516 49 0.3051 0.6102 0.9153 .2204 .5255 1.8306 2.1357 2.4408 2.7459 0.4520 0-3053 0.6107 0.9160 .2214 .5267 i 8320 2.1374 2.4427 2.7480 0.4524 5i 0.3056 0.6111 0.9167 .2223 .5278 1-8334 2.1390 2.4446 2.7501 0.4527 52 0.3058 0.6116 0.9174 -2232 .5290 1.8348 2.1406 2.4464 2.7521 o.453i 53 0.3060 0.6120 0.9181 .2241 -5301 1.8361 2.1422 2.4482 2.7542 0-4535 54 0.3063 0.6125 0.9188 .2250 5313 1.8375 2.1438 2.4500 2.7563 0-4539 55 0.3065 0.6130 0.9194 .2259 5324 1-8389 2.1454 2.4518 2.7583 0.4543 56 . 0.3067 0-6134 0.9201 2268 5336 1.8403 2.1470 2.4537 2.7604 0-4547 57 0.3069 0.6139 0.9208 '.2278 5347 1.8416 2.1486 2.4555 2.7625 o.455i 58 ' 0.3072 0.6143 0.9215 1.2287 -5358 1.8430 2.1502 2.4574 2 . 7645 0-4555 59 0.3074 0.6148 0.9222 1.2296 5370 1.8444 2.1518 2.4592 2.7666 0-4558 60 19' DISTANCES. F i 2 3 4 5 6 7 8 9 a 00 0.8928 .7855 2.6783 3-5710 4-4638 5.3565 6.2493 7.1420 8.0348 3237 01 0.8926 .7851 2.6777 3-5703 4.4629 5-3554 6.2480 7.1406 8.0332 3236 02 0.8924 .7848 2.6772 3.5696 4.4620 5-3544 6.2468 7-1392 8.0316 3234 03 0.8922 .7844 2.6766 3 5689 4.4611 5-3533 6.2455 7.1377 8.0299 3233 04 0.8920 .7841 2.6761 3.5681 4.4602 5-3522 6.2443 7-1363 8.0283 3232 05 0.8919 .7837 2.6756 3-5674 4-4593 5-35II 6.2430 7-1349 8.0267 3230 06 0.8917 .7834 2.6750 3.5667 4.4584 5-3501 6.2417 7-1334 8.0251 3229 C7 0.8915 .7830 2.6745 3.5660 4-4575 5-3490 6.2405 7.1320 8.0235 .3228 08 0.8913 .7826 2.6740 3.5633 4-4566 5-3479 6.2392 7. 1305 8.0219 .3226 09 0.8911 .7823 2.6734 3.5646 4-4557 5.3468 6.2380 7.1291 8.0203 3225 10 0.8910 .7819 2.6729 3.5638 4.4548 5.3458 6.2367 7.1277 8.0186 .3224 ii 0.8908 .7816 2.6723 3-5631 4-4539 5-3447 6.2354 7.1262 8.0170 .3222 12 0.8906 .7812 2.6718 3-5624 4-4530 5.3436 6.2342 7.1248 8.0154 .3221 13 0.8904 .7808 2.6712 3.56i7 4.4521 5.3425 6.2329 7.1233 8.0137 .3220 14 0.8902 .7805 2.6707 3-5609 4-4512 5.34I4 6.2316 7.1219 8.0121 .3218 15 0.8901 .7801 2.6702 3.5602 4.4503 5-3403 6.2304 7.1204 8.0105 3217 16 0.8899 7797 2.6696 3-5595 4-4494 6.2291 7.1190 8.0089 -3215 17 0.8897 7794 2.6691 3.5588 4.4485 5 . 3382 6.2279 7.H75 8.0072 .3214 18 0.8895 7790 2.6685 3.558o 4-4476 5-3371 6.2266 7.1161 8.0056 .3213 19 0.8893 7787 2.6680 3-5573 4.4467 5-3390 6.2253 7.1146 8.0040 .3211 20 0.8892 .7783 2.6675 3-5566 4-4458 5-3349 6.2241 7.1132 8.0024 .3210 21 0.8890 7779 2.6669 3-5559 4.4448 5.3338 6.2228 7.1117 8.0007 .3209 22 0.8888 .7776 2.6664 3-5551 4-4439 5-3327 6.2215 7.1103 7-9991 23 0.8886 7772 2.6658 3-5544 4.4430 5.3316 6.2202 7.1088 7-9974 .3206 24 0.8884 7768 2.6653 3-5537 4.4421 5.3305 6.2190 7-1074 7-9958 -3205 25 0.8882 .7765 2.6647 3-5530 4-4412 5.3294 6.2177 7-1059 7.9942 -3203 26 0.8881 .776i 2.6642 3-5522 4.4403 5-3283 6.2164 7.1045 7.9925 .3202 27 0.8879 7758 2.6636 3.5515 4-4394 5.3273 6.2I5I 7-1030 7-9909 .3201 28 0.8877 7754 2.6631 3.55o8 4.4385 5-3262 6.2139 7.1015 7.9892 -3199 29 0.8875 .7750 2.6625 3-5500 4-4376 5.3251 6.2126 7.1001 7.9876 .3198 30 0.8873 7747 2.6620 3-5493 4.4366 5.3240 6.2II3 7.0986 7.9860 3197 31 0.8871 7743 2.6614 3.5486 4-4357 5-3229 6.2100 7.0972 7.9843 -3195 32 0.8870 7739 2.6609 3.5478 4.4348 5.3218 6.2087 7-0957 7.9827 3194 33 0.8868 .7736 2.6603 3-5471 4-4339 5.3207 6.2075 7.0942 7.9810 -3I93 34 0.8866 7732 2.6598 4-4330 5.3196 6.2062 7.0928 7-9794 3191 35 0.8864 .7728 2.6592 3-5456 4-4321 5.3185 6.2049 7.0913 7-9777 .3190 36 0.8862 7725 2.6587 3-5449 4-43H 5.3174 6.2036 7.0898 7.976i -3189 0.8860 .7721 2.6581 3-5442 4-4302 5.3i63 6.2023 7 . 0884 7-9744 -3187 38 0.8859 .7717 2.6576 3-5434 4-4293 5.3152 6.2bio 7.0869 7-9727 -3186 39 0.8857 .7714 2.6570 3-5427 4.4284 6.1997 7-0854 7-97II .3185 40 0.8855 .7710 2.6565 3.5420 4.4275 5.3i3o 6.1985 7.0840 7.9694 3183 4i 0.8853 .7706 2-6559 3-5412 4.4265 5.3H9 6.1972 7.0825 7.9678 .3182 42 43 0.8851 0.8849 .7702 .7699 2.6554 2.6548 3-5405 3.5398 4.4256 4.4247 5.3io7 6.1959 6.1946 7.0810 7.0795 7.9661 7.9645 .3181 .3179 44 0.8848 .7695 2.6543 3.5390 4.4238 5 . 3085 6.1933 7.0780 7.9628 .3178 45 0.8846 .7691 2.6537 3.5383 4.4229 5-3074 6.1920 7.0766 7.9611 .3177 46 0.8844 .7688 2.6532 3-5375 4.4219 5-3o63 6.1907 7.0751 7-9595 3175 47 0.8842 .7684 2.6526 3-5368 4.4210 5-3052 6.1894 7.0736 7-9578 .3174 48 0.8840 .7680 2.6520 3.536i 4.4201 5-3041 6.1881 7.0721 7.956i .3173 49 0.8838 .7677 2.6515 3-5353 4.4192 5-3030 6.1868 7.0706 7.9545 .3171 50 0.8836 .7673 2.6509 3.5346 4.4182 5-3019 6.1855 7.0692 7.9528 .3170 5l 0.8835 .7669 2.6504 3-5338 4.4173 5.3oo8 6.1842 7.0677 7.9511 .7169 52 0.8833 7665 2.6498 3-5331 4.4164 6.1829 7.0662 7.9495 .3167 53 0.8831 .7662 2.6493 3.5324 4.4154 5.2985 6.1816 7.0647 7.9478 .3166 54 0.8829 .76^8 2.6487 4.4145 5-2974 6.1803 7.0632 7.946i 3165 55 0.8827 -7654 2.6481 3.5309 4.4136 5-2963 6.1790 7.0617 7-9444 3163 56 0.8825 .7651 2.6476 3-5301 4.4127 5-2952 6.1777 7.0602 7.9428 .3162 57 0.8823 .7647 2.6470 3-5294 4-4117 5-2941 6.1764 7.0588 7.94" .3160 58 0.8822 .7643 2-6465 3-52$ 4.4108 5.2929 6.1751 7-0573 7-9394 .3159 0.8820 0.8818 .7639 .7636 2.6459 2.6454 3.5279 3.5271 4.4099 4.4089 5.2918 5.2907 6.1738 6.1725 7.0558 7-0543 7-9377 7.9361 .3158 .3156 HEIGHTS. 1 2, 3 4 5 6 7 8 9 b r 0-3074 0.6148 0.9222 .2296 5370 .8444 2.1518 2.4592 2.7666 0.4558 oo 0.3076 0.6153 0.9229 2305 .8458 2.1534 2.4610 2.7687 0.4562 01 0.3079 0.6157 0.9236 .2314 5393 8472 2. 155O 2.4629 2.7707 0.4566 02 0.3081 0.6162 0.9243 .2324 .5404 .8485 2.1566 2.4647 2.7728 o.457o 03 0.3083 0.6166 0.9249 2333 .5416 .8499 2.1582 2.4665 2.7748 0-4573 04 0.3085 0.6171 0.9256 .2342 .5427 .8512 2.1598 2.4683 2.7769 0-4577 05 0.3088 0.6175 0.9263 2351 5439 .8526 2.l6l4 2.4702 2.7789 0.4581 06 0.3090 0.6180 0.9270 .2360 5450 .8540 2.1630 2.4720 2.7810 0.4585 07 0.3092 0.6185 0.9277 .2369 .5461 8554 2.1646 2-4738 2.7831 0.4589 08 0.3095 0.6189 0.9284 .2378 5473 .8568 2.1662 2.4757 2.7851 0.4593 09 0.3097 0.6194 0.9290 .2387 .5484 .8581 2.1678 2.4775 2.7871 0.4596 10 0.3099 0.6198 0.9297 2396 5495 8595 2.1694 2-4793 2.7892 0.4600 II 0.3101 0.6203 0.9304 .2406 5507 .8608 2.I7IO 2.4811 2.7913 0.4604 12 0.3104 o . 6207 0.9311 .2415 55i8 .8622 2.1726 2.4830 2.7933 0.4608 13 0.3106 0.6212 0.9318 .2424 5530 .8636 2.1742 2.4848 2.7953 0.4612 14 0.3108 0.6216 0.9325 2433 5541 .8649 2.1758 2.4866 2.7974 0.4616 15 0.3110 0.6221 .2442 5552 .8663 2.1773 2.4884 2.7994 0.4619 16 0.3H3 0.6226 0^9338 .2451 5564 8677 2.1789 2.4902 2.8015 0.4623 17 o.3ii5 0.6230 0-9345 .2460 5575 .8690 2.1805 2.4920 2.8035 0.4627 18 0.3117 0.6235 0.9352 .2469 5587 .8704 2.I82I 2.4938 2.8056 0.4631 19 0.3120 0.6239 0-9359 .2478 .5598 .8718 2.1837 2-4957 2.8076 0.4635 20 0.3122 0.6244 0.9365 .2487 .5609 .8731 2.1853 2.4975 2.8096 0.4639 21 0.3124 0.6248 0.9372 .2496 .5620 .8745 2.1869 2-4993 2.8117 0.4642 22 0.3126 0.6253 0-9379 .2505 5632 .8758 2.1885 2.5011 2.8137 0.4646 23 0.3129 0.3131 0.6257 0.6262 0.9386 0-9393 .2514 .2524 5643 .8772 .8785 2.1900 2.I9I6 2.5029 2.5047 2.8157 2.8178 0.4650 0.4654 24 25 c.3133 0.6266 0.9399 2V33 .5666 .8799 2.1932 2.5065 2.8198 0.4658 26 0.3135 0.6271 o . 9406 .2542 .5677 .8812 2.1948 2.5083 2.8219 0.4662 27 0.3138 0.6275 0.9413 2551 .5688 .8826 2.1964 2.5101 2.8239 0.4665 28 0.3140 o . 6280 0.9420 .2560 .5700 .8839 2.1979 2.5119 2.8259 0.4669 29 0.3142 0.6284 0.9427 .2569 .5711 .8853 2.1995 2.5138 2.8280 0.4673 30 0.3144 0.6289 0-9433 .2578 5722 .8867 2.2011 2.5156 2.8300 0.4677 31 0.3147 0.629^ 0.9440 .2587 5734 .8880 2 . 2027 2.5174 2.8320 0.4681 32 0.3149 0.3151 0.6298 0.6302 0.9447 0-9454 .2596 .2605 5745 5756 .8894 .8907 2^2058 2.5192 2.5210 2.8341 2.8361 0.4685 0.4689 33 34 0.3153 0.3156 0.6307 0.6311 0.9460 0.0467 .2614 .2623 .5767 5779 .8921 .8934 2.2074 2 . 2090 2.5228 2.5246 2.8381 2.8401 0.4692 0.4696 I 0.3158 0.6316 0.9474 .2632 5790 .8948 2. 2I06 2.5264 2.8422 0.4700 37 0.3160 o . 6320 0.9481 .2641 5801 .8961 2.2122 2.5282 2.8442 0.4704 38 0.3162 0.6325 0.9487 .2650 .5812 8975 2.2137 2.5300 2.8462 0.4708 39 0.3165 0.6329 0.9494 2619 .5824 .8988 2.2153 2.5318 2.8482 0.4712 40 0.3167 0.6334 0.9501 .2668 5835 .9002 2.2160 2.5336 2.8503 o.47i5 4i 0.3169 o . 633^ 0.9508 .2677 .5846 .901; 2.2184 2-5354 2.8523 0.4719 42 0.3171 0.6343 0.9514 .2686 .5857 .9029 2.2200 2.5372 2.8543 0.4723 43 0.3174 0.6347 0.9521 .2695 .5868 .9042 2. 22l6 2.5390 2.8563 0.4727 44 0.3170 0.3178 0.3180 0.6352 0.6356 0.6361 0.9528 0-9535 0.9541 .2704 2713 .2722 .5880 .5891 5902 9055 .9069 .9082 2.2231 2.2247 2.2263 2.5407 2-5425 2-5443 2.8583 2.8604 2.8624 o.473i 0-4735 0.4739 47 0.3183 0.6365 0.9548 2731 5913 .9096 2.2279 2.5461 2.8644 0.4742 48 0.3185 0.6370 0-9555 .2740 .5924 .9109 2.2294 2-5479 2.8664 0.4746 49 0.3187 0.6374 0.9561 .2748 5936 9123 2.2310 2-5497 2.8684 0.4750 5o 0.3189 0.6379 0.9568 2757 5947 .9136 2.2326 2.5515 2.8704 0.4754 5I 0.3192 0.6383 0-9575 .2766 5958 9150 2.2341 2-5533 2.8724 0.4758 52 0.3194 0.6388 0.9581 2775 9163 2.2357 2.5551 2.8744 0.4761 53 0.3196 0.6392 0.9588 .2784 .'5980 .9177 2.2373 2.5569 2.8765 0.4765 54 0.3198 0.6397 0-9595 2793 -5991 .9190 2.2388 2.5586 2.8785 0.4769 55 0.3201 0.6401 0.9602 .2802 .6003 .9203 2.2404 2 . 5604 2.8805 0-4773 56 0.3203 0.6405 o . 96o-S .2811 .6014 .9216 2.2419 2 . 5622 2.8825 0.4777 57 0.3205 0.6410 0.9615 .2820 .6025 .9230 2.2435 2.5640 2.8845 0.4781 58 0.3207 0.6414 0.9622 .2829 .6036 9243 2.2450 2.5658 2.8865 0.4784 59 0.3209 0.6419 0.9628 .2838 .6047 .9257 2.2465 2.5675 2.8885 0.4788 60 THIS BOOK IS DUE ON THE LAST DATE STAMPED BELOW AN INITIAL FINE OF 25 CENTS WILL BE ASSESSED FOR FAILURE TO RETURN THIS BOOK ON THE DATE DUE. THE PENALTY WILL INCREASE TO SO CENTS ON THE FOURTH DAY AND TO $1.OO ON THE SEVENTH DAY OVERDUE. MAY Jl l^ b r*rn O 1Q^fi FEB 13 HMO LD 21-100m-8,'34 v b i i 000 Y /