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1) Mee) ee a FOP ihe a tee oe eT
A METHOD OF DIRECTING CHILDREN’S
STUDY OF GEOGRAPHY
BY
EDWIN HEWETT REEDER, Pu.D.
TEACHERS COLLEGE, COLUMBIA UNIVERSITY
CONTRIBUTIONS TO Epucation, No. 193
BUREAU @F PUBLICATIONS
Cearhers College, Columbia University
NEW YORK CITY
1925
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ACKNOWLEDGMENTS
For guidance and encouragement in this study, the writer
acknowledges his deep indebtedness to his dissertation com-
mittee, Professors Milo B. Hillegas, Frank M. McMurry, Arthur
I. Gates and Edward H. Reisner, of Teachers College.
Grateful appreciation for assistance in the classroom work of
the experiments is due the following principals and teachers:
Miss Harriet E. Porritt and Miss Helen R. Smith, Speyer
School, New York City; Mr. Archibald Marcus, Public School
43, New York City; Miss Marie Hennes, Miss Elma Lister and
Mrs. Catherine Billings, Hackensack, New Jersey; Miss May-
belle Steele, Stamford, Connecticut; Mr. Paul: Fleming, Roselle,
New Jersey; and Miss 8. Margaret Crisman, Passaic, New Jersey.
HK. H.R.
ill
CONTENTS
CHAPTER PAGE
I. Previous STUDIES IN THE TEACHING OF GEOGRAPHY 1
II. TracH1nc PRoBLEMS PERTINENT TO THIS INVESTI-
LATA fe el RTA LAD AB TARE og agree od OR RAR Poet 4
II]. CHARACTERISTICS OF THE QUESTIONS USED IN THis
PRES GORY MIX PIORTALION DS Vester ee oc ble) oie banat ae 21
TV. EXPERIMENTS IN SPEYER SCHOOL .....:........... Pe
VO EXPERIMENT AT Pusiic ScHOOL 43 . 0202 ...08000 00. 36
VI. SUPPLEMENTARY EXPERIMENTS IN Passaic, ROSELLE
IVP eS DAMN toate Nathan ye Ot kitts 2 Nan BF
VII. Report or Work aT HACKENSACK ............... 38
VIII. Summary or FINDINGS AND THEIR APPLICATION 42
APPENDIX
I. Stupy QuEstions on Human Geography .......... A7
II. Stupy QueEsTions on Advanced Geography ......... 78
MEA TET ICA Trl A BLOGS 4 code. siiclic-e soy os acen bcs dca w tbe nec 89
PD mn PEP Oa Le ke km Lome day 97
V
A METHOD OF DIRECTING CHILDREN’S
STUDY OF GEOGRAPHY
CHAPTER I
PREVIOUS STUDIES
IN THE TEACHING OF GEOGRAPHY
Geography in the elementary school, like any other subject in
the program of studies, offers to the student of education a twofold
opportunity for scientific investigation. On the one hand, there
is the question of what should be taught, that is, the curriculum.
To a large extent, the content of the elementary school course of
study may be determined by discovering what items of geographical
information are important to the average adult citizen, and several
investigations of this type have been made. On the other hand,
there is the question of how to teach this information. This field—
the field of method—would seem to be at least as worthy of study
as that of the curriculum. Although individual pieces of research
must of necessity stress only one phase of the total teaching prob-
lem, yet an entire program of scientific inquiry which does not
embrace questions concerning both curriculum and method is to
that extent incomplete.
The present situation in the field of elementary geography
represents just this one-sided development. Several curricular
studies of importance have been published in the last ten years.
In 1915 Bagley conducted a pioneer investigation to determine
“minimum essentials in geography and history.’”?! Samplings of
several magazines over a period of seven years formed the basis
for a count of references to different continents, countries and
bodies of water. On the basis of this count, the relative importance
of the items was determined. A similar study is reported by Char-
ters,? the results of which are much like those of Bagley’s inves-
tigation. Branom and Reavis? in 1918 used the values of imports
and exports as the criterion of importance for countries of the
world, and published a list of the different nations in order of
their rank.
1 Fourteenth Yearbook, National Society for the Study of Education, Part 1, pp. 131-39.
2 Charters, W. W. Curriculum Construction, pp. 270-72. Macmillan, 1923.
3 Seventeenth Yearbook, National Society for the Study of Education, Part 1, Chap. 3.
1
2 A Method of Directing Children’s Study of Geography
The most ambitious studies of this general type are those of
Washburne,‘ and of Rugg and Hockett.> Whereas the former
used only the frequency of mention of geographic locations in
newspapers and magazines, the latter employed seventeen criteria
as follows: 1) Bank clearings; 2) Foreign trade; 3) Population;
4) Area; 5) Relative number of magazine articles published from
1919 to 1923, dealing with various types of locations; 6) Frequency
of use by frontier thinkers in critical treatises; 7) Frequency of
use by writers in critical journals; 8) Washburne’s study; 9)
Statistics of freight tonnage handled at United States ports; 10)
Value of total commerce of world ports; 11) Number of miles of
railroad track operated; 12) Total of operating expenses and
operating revenue; 13) Percentage of world’s output of important
minerals; 14) Amount of traffic carried over ocean lanes of trade;
15) Percentage of population engaged in manufacturing; 16) Areas
of dense population; 17) Areas of production of agricultural goods.
There is no question as to the great value of these studies. The
substitution of objective criteria for theory and opinion marks an
important advance in the teaching of geography. But it should
be noted that these are entirely curricular investigations. In no
case does the classroom situation enter into them. ‘The teacher
knows better than formerly what geographical facts his pupils
should learn; but he is still at a loss as to how they shall acquire
the knowledge, for the field of method is deplorably barren of
scientific work. Rugg has applied present-day knowledge of the
learning process to the memorization of map locations, and to
that extent has suggested a technique of teaching. He does not,
however, report any experiment in which this technique has been
put to scientific test. Courtis has made a study® of the effect of
supervision on the learning of geographical locations as determined
by his geography tests, but he does not discuss the changes in
classroom method which supervision effected and which improved
the children’s scores. One searches in vain the pages of journals
of education for reports of controlled experiments in teaching
method in geography.
Although there has been an advance in general educational
method in the last few decades, it does not seem safe to assume
4 Twenty-Second Yearkoom National Society for the Study of Education, pp. 216-33.
5 Rugg, Harold and Hockett, John. Objective Studies of Map Locations. The Lincoln School
of Teachers College, Columbia University, 1925.
8 School and Society, November, 1919,
Previous Studies in Teaching Geography 3
for this reason that correct teaching techniques in geography will
take care of themselves when once the content has been established.
In other subjects of the elementary school curriculum, method
has received much attention. The teaching of arithmetic, of
spelling, of penmanship and of reading, for instance, has been
subjected to numerous controlled experiments by which classroom
procedure has been modified and improved. Moreover, it is well
recognized that the average teacher has great difficulty in applying
a general principle to a specific situation. That children should
take a problem-solving attitude in the study of their geography
lessons, for example, is a principle generally accepted by theorists
in the field of method; but the average teacher is at a loss when,
in assigning a lesson in the geography of a country, she wishes her
pupils to apply the principle in action. On the student of edu-
cation, therefore, lies the burden of translating a modern
philosophy of education into such teaching techniques as will be
intelligible and practicable to the average teacher.
CHAPTER II
TEACHING PROBLEMS PERTINENT
a TO THIS INVESTIGATION
A
we The object of the present investigation is to search for a technique
(¥ which will improve the pupils’ method of studying the geography
textbook in the upper grades of the elementary school. While
there has recently been a somewhat pronounced movement against
a too slavish adherence to textbooks, yet teachers recognize their
value if properly used. Under almost any teaching method, the
reading of assignments in the basal text plays some part in con-
nection with a given unit of subject matter. Any technique, there-
fore, which will improve such reading will be of assistance to
teachers of geography.
For some time objectively scorable questions have been used
to determine the quality of silent reading. Silent reading tests,
however, have not been employed, except incidentally, as a means
of teaching. It appeared to the writer that the systematic use of
such questions in connection with the reading of a text might im-
1, prove the quality of study in geography, and the present inves-
\ tigation was undertaken to determine the truth or falsity of this
a eae!
For the purposes of this investigation, two geography textbooks
were used, namely Advanced Geography by McMurry and Parkins,
and Human Geography by J. Russell Smith.
Objectively scorable study questions on portions of these books
y were made by the experimenter, and in general the experimental
procedure was to assign these parts of the texts to two groups of
pupils; giving the questions to one group, and simply requiring
the other group to study the same subject matter. In both cases
the same true-false test was used to determine the efficiency of the
pupils’ work from the standpoint of what facts were learned.
The proponent of any new technique in the field of teaching
method has a double duty to perform. He must, of course, show
by scientific means that his method will work: that it will do
what he claims for it. To show this conclusively it is obligatory
a
Problems Pertinent to This Investigation 5
that he use the procedure of a controlled experiment and that he
test his data by established measures of reliability.
His second duty, however, cannot be so scientifically discharged.
In order to eliminate variables and to reduce a problem to a
workable unit, it is necessary that only a small fraction of the
total teaching process in any subject be put to the test. That is
to say, the complete teaching method in geography is like a com-
pleted edifice built up of many individual stones, each stone rep-
resenting one unit of the total structure. Ideally, each stone
would have been put to scientific test and its worth thus established.
In any subject at the present time, however, the teaching edifice
represents a mixture composed of some stones which have been
objectively determined and others which have been subjectively
hewn by the tools of philosophical ideals, professional experience,
logic or sound common sense. Of the latter sort are most of the
stones in the geography building.
However much this situation may be deplored, it must be
accepted at the present time; and the experimenter must show
not only that his technique will work, but also that it fits reasonably , _.
well into the teaching edifice already in use. His only alternative
is to tear down the entire building and reconstruct it about his
one experimentally determined stone. If he does this, his chances
of being right may be greater—possibly—but his new structure
is likely to fall into decay unnoticed; for the teaching profession
must welcome new ways of work or else those new ways are doomed
to oblivion.
The value of the new technique then, from the standpoint of
whether it does what it is expected to do, may be determined
objectively; but its worth as a part of the teaching method as a
whole is more nearly a question of judgment. Such worth, how-
ever, should not for that reason be ignored, and the purpose of
the present chapter is to present a statement, based on reason
and analogy, of the use of objectively scorable study questions
in the teaching of geography.
The study questions used in this investigation constitute a ‘
form of lesson assignment. The writer recognizes fully the fact
that the subject of lesson assignments is a moot point among
educational theorists. But the question may well be raised as
to whether some of this disagreement may not be due to a failure
to recognize various types of assignments. No one would think
6 Se holds its heat a shorter time than .............
Cross out the wrong words.
is independent
oath hea to esta
very intelligent \
De ie: We very intelligent
Would you think of the coast of Norway as a good place to farm?
(Write yes or no.)
Pe ERAT Ear ot Are Norwegian fjords much like the mouth of the
Hudson River? ............
Underline the chief industries of Norway.
Lumbering
Cotton growing
Rice growing
Fishing
Mining
. Write a T before the sentences below if they are true and an F if
they are false.
.... Norwegian ships carry only Norwegian products.
.... Water power will probably be an important factor in the
future industrial development of Norway and Iceland.
50 4) 6.0) 8, 6 e!'®
eeresvseee
Method of Directing Children’s Study of Geography
28. Belgium is the only country in this region which produces coal.
29. The factories of this region import most of their raw materials.
30.. Essen is at the center of the iron producing regions.
31. The Krupp works now produce some of the world’s greatest guns.
32. The factories of the Low Countries are so busy manufacturing
iron goods that they do not have much time for textiles.
33. Amsterdam is the world’s greatest diamond center.
34. Holland exports large quantities of stone and logs.
35. It is necessary for the business people of this region to be able
to use many languages.
36. Holland and Belgium have a population greater than that of New
England.
37. Holland and Belgium together have a larger area than Texas.
38. The cities of this region are noted for their neatness and industry.
39. Siberia is the largest colony of Belgium.
40. The people of the Low Countries are dependent for prosperity
and future growth on the foods and raw materials imported
from abroad.
STUDY SHEET VII
Tue Great ATLANTIC PLAIN OF FRANCE
Turn to the map on pages 204-205. Look at the great green section of
France.
Green on this map means that the country islow. Sections 452-459
describe this region. Read these through twice. ‘Then see how many of the
questions below you can answer without looking at the book. After you have
answered all you can, open your book and find the answers to the other
questions.
a7
Cross out the wrong words.
The great plain of the French Republic slopes ft and
nave east | toward the sea. It is a PART el Aa section with
northwest agricultural
few
nae cities. The climate is warmer than that of England, though
much ee it. This section has Ms coal. It supports itself
unlike much
Faroueh bers: \.
manufacturing
II.
Cross out all the wrong sentences.
. The French people rent their farms.
. The French farmers live in little villages.
. The French farmers each own a few acres.
. The French farmers live on their farms.
Ee Wh Re
III.
IV.
VI.
VII.
VIII.
IX.
Appendix 63
Look at the picture on page 235. Underline the best reason for the
different colors.
1. The soil is of different colors.
2. The crops have different colors.
Underline the most important kinds of animal breeding in France.
Horses Sheep Swine Cows Goats
. Write below the names of the cities near which the chief wine districts
are located.
Write three of its chief products atte Brittany, and one after Nor-
mandy.
RE wn erode ks IMOEITIAICEY bah. Scheie stage) Linea,
STE Se NI SOR
What is the name of the popular song which will help you to remember
ICE IEL DIOUUNCGC Wh. vapid se eta e eth esc sid picid ies Kate disc ete
Write an F before the sentences below which are especially true of the
people of France and an A before those which are true of the people
of America.
....1. Save money and put it in the bank.
....2. Make good dishes to eat, out of left-overs.
....0. Waste much food.
....4. Pack vegetables in wooden crates which are later thrown
away. .
....5. Use willow baskets for vegetables, which are made by the
people themselves.
....6. Get two crops, one of vegetables and one of nuts from the
same land.
....¢. Careless of forest reserves.
Underline the best reason why pine trees keep the sand from blowing
inland and burying the forests.
1. The pine trees produce turpentine.
2. The trees hold the water in the soil.
3. The roots of the trees hold the sand from blowing.
In figures 372 and 374 there are shown three artistic things which are
mentioned in the first two paragraphs in section 456. Write their
names below.
Pew s. SILI BD ARIA RO. HS GE ee. ae Le eee
Now write below the name of the kind of artistic work which is men-
tioned in these paragraphs but which is not shown in these pictures.
. Below are the names of three cities of France. Write after each the
most important thing for which it is noted. Write two things if you
want to.
ies SEER Som CALS ccrten alate he Ce ved (bs take eben baraiicd wcwtags vate ie
STE Mickie Maraciry SILA AAEe gh uneiuaod cin kd ndiwe ned aaiess
OEIC SEE IES? Ban REG RLS EPS oan a a
64 2,200,000 pounds
EATERS Rs Se A Ra ERS 300,000 pounds
PLURAL RIERA «ots ake tS Ae uate a ges pounds
Add these figures. Notice the per cent of raw silk which China pro-
duces according to your book. Write it here
From the table above, does this look correct?
ig @ Se ays. 8) 16) mee Oe 8) 6s we) ew
ae, & o's) 's''0) 9) 6.161 6 6. 6, @ 16 @ & ae 6 6)
Look at the picture on page 417. What are the man’s trousers prob-
MIMUMITIAIS HL PU eE Eien cores oe k Was the raw material for them
Cross out the wrong words.
China is ae the United States because it is (°"*™} to get from
unlike hard
one part of the country to another. Transportation in China is ! et
and in the United States it is <“*”},
hard
comfort| ,
famines
DANGER THREATENING CHINA FROM OTHER NATIONS
This leads in China to
. Judging from page 418, which nation has done China the greatest harm
ibgmming her JANG’. a... ste ke es Write on the left below the cities in
84 A Method of Directing Children’s Study of Geography
China which are held in whole or part by other nations and on the
right the names of provinces or districts of which the same is true.
Cities Provinces or Districts.
1A oy 5 ON na Ne Cie AN y UAE Fy Aad RAS Li's. ooo late ate cen
Beit ae Sd babel WE MA Ee) aes te Oot Slat aera tee 2c, ‘a » 6k pale mete aaa
Oe MEU bie ee Ran abie eee ets PERE eet, ay ebe PP eee
Below are the advantages which other nations hope to get from China
and also the advantages which China will receive from other nations.
Arrange these in the blank columns under the correct heading.
1. Great mineral resources. 4. Higher standard of living.
2. Immense trade. 5. Railroad concessions.
3. More employment. 6. Cleaner and more sanitary cities.
Advantages for China. Advantages for Other Nations.
p PEAR NIL AA es eh tt Leo. ors nes Alias « beat eae ena
yar eC AP tn eee pe Ln De alps els chin Alopal w ole cate eae ale ane
Be Oe atts oe cee nat te ee ae Be. stn 0% ol Bd d wld sai Sigt eRe ee
SIBERIA
There are two distinct parts of Siberia. The one consists of the southwestern
part and is described on page 398. It is quite different in climate and resources
from the great northern part of the country.
I. The area of the United States is about 3,000,000 sq. miles. About
II. The climate here is much like that of two other countries nearby.
eereceevrecesreeceoe ee ee eee eee ee ee
III. Turn to the map on page 17 and find the amount of annual rainfall
in southwestern Siberia. Write it here ................-.-..---
IV. Underline the best reason why grazing leads to a nomadic life.
1. Animals soon eat up all of the grass and their owners have to
move on.
2. People whose chief industry is grazing like to move around freely.
3. Grazing does not require the erection of permanent buildings as
manufacturing does.
V. Underline the best answer.
An oasis is
1. A barren spot in the desert.
2. A great river.
3. A place in the desert where there are springs of water.
VI. Underline the best reason why rugs are the chief manufactured
articles of this region.
1. The people have plenty of time to weave the rugs.
Vit
VUE
ux.
Appendix 85
2. Grazing being the chief industry, there is plenty of wool from the
sheep, and rugs are made from wool.
3. Primitive people like to weave better than they like to do any-
thing else. :
Put the word ‘‘Into”’ before the products below which are probably
shipped into Siberia and word “Out” before the products which
you think are shipped out of Siberia.
Seg eaves 1. Rugs We dea ae Wy DeAt
4 ey 2. Wool Vien te Ca LA LeS
i Eta See 3. Cotton cloth ........6. Metal tools.
Fill in the blanks below from the tables on page 477.
Area Population
SONS EAR 8 gt Peal) MBRET ee tre 2 inet A SMT OA A OS ON PTO a
ie MEE. Tlie Soma th niet en RRUNEL AL |. wala Gill's tay kb wae ae
POMC Les 6 ty Acta Ch CL NS rer ae ay wo ea Wi Wes
Look at these facts and then answer the questions below.
1. About how many times as large as the area of the United States
are the combined areas of Canada and Siberia? ................
2. About how many times as great as the combined populations of
Canada and Siberia is the population of the United States?
3. Underline the best reason for (2) above.
a. United States has a better climate and better resources than
either Canada or Siberia.
b. United States is an older country than either of the others.
c. United States is more progressive than Canada or Siberia.
Write an F before the products below which are raised in the Siberian
forest and an A before the products which are raised in the agri-
cultural plain around Tomsk.
Wheat Coffee Rice
Cotton Furs Tobacco
Corn Butter Timber
. Underline the minerals found in Siberia. Underline twice those two
that are most important for manufacturing.
Coal Copper Lead
Diamonds Tin Silver
Iron Zinc Graphite
. Underline the industries that furnish the best prospects for the future
of Siberia.
1. Agriculture. 5. Grazing.
2. Manufacturing textiles. 6. Manufacturing small articles
3. Manufacturing iron products. like watches and jewelry.
4. Commerce and trade.
86 . fe sen fous Dy Wane Ad ond de anaes Monee ee ite
88
A Method of Directing Children’s Study of Geography
X. How many crops a year are raised in India, dependent on the two
I;
Il.
II.
IV.
Mi;
MONSOOHST Cs ee eee eee
Wuy Inp1aA Has Been a LAND or Many FAMINES
Underline the best general reason for famines in India.
1. Large number of people.
2. Failure of crops.
3. Ignorance of people.
Cross out the wrong words.
The rainfall in India is prenlae This means that a ae part of
irregular} * large
the water can be used for agriculture.
The rainfall in New York is about forty inches. About how many
times as great is the rainfall in the Himalaya Mountains?............
Underline the name of the monsoon which may fail and bring on crop
failure.
Winter Monsoon.
Summer Monsoon.
. Underline the best reason why railroads have helped in times of famine.
1. The people can get away from famine country.
2. The railroads mean great civilization of the people.
3. The railroad can bring food to the famine sufferers.
Write below the two sources of water for irrigation in India.
© 2 0 8 6-018 © 0 eo) « a é 0 6 6 6 @ 6 0 e 8 6 6 FS © ee
How THE British CAME INTO POSSESSION OF THE INDIAN EMPIRE
15
II.
ITI.
IV.
Underline the sentence which tells best why Great Britain took over
the control of India.
1. Great Britain sent out an army and conquered India.
2. The British did not like to see so many rulers in the country.
3. British traders induced England to take India to protect their
interests and to settle disputes.
The area of New York State is about 50,000 square miles. Is the area
of the largest territory ruled over by one ruler in India larger or smaller
than the area of New’ York State? .........0...... oc
Write below the names of the four chief cities of India. Underline
those that you think are probably engaged in shipping Indian products
to Europe.
Lie ists pastel eit ole beac ee ete Ba. eo: ele. veh 9.00 bieiere'e etna taten ann
Biss ¥idee'O bier oteta’gd cle leita oe eat Be aie esis wre dleipiase ohe'ats 6 oe
If
STATISTICAL TABLES
HOW TO READ THE TABLES
In the left hand columns of the tables are given the results of the tests of
groups using the study question method; in the right hand columns, the
results from the control groups. In all tables except summaries, the number
of pupils is given first. Then follows the mean, or arithmetical average, of the
group in the true-false test.
The SDn or standard deviation of the mean is a measure of variability.
It is obtained by dividing the standard deviation of the distribution by the
square root of the number of cases.
The SDsg; is the standard deviation of the sum, for the experimental groups.
It is obtained by squaring both of their SDn’s and extracting the sauare root
of the sum. The SD,» is the same measure for the control groups.
To find the E.C., or experimental coefficient, the sum of the means of the
control groups is subtracted from the sum of the means of the experimental
groups. The number thus obtained (D) is divided by 2.78 times the SqDa.!
The summary tables are to be read in the same way as the above except,
that in them the SD or standard deviation is given. This is the square root
of the mean squared deviations of the scores from their mean.
Note. The distribution tables upon which the calculations in the following
tables were based may be obtained from the author by any student of educa-
tion who desires to check the computations.
TABLE I
EXPERIMENTS AT SPEYER SCHOOL
First Two WEEKS
Group Study Question Method Group Control Method
Number icc sh ok 23.00 Numberavncio.. 23.00
A GRIN. Cee kate 11.34 B Wea aay ioe es 8.13
Sig Wh oe ea 1422 Eye vie tenis 1.53
PALUMBETS ony sis ee 23.00 Number ie uucor.. 23.00
B WISETO ree 12-65 A Mean seers sss 9.00
4 8 Tae ese eS 1.73 rod I poll vet k eBUS ana aN 2.09
Difference .. 6.86 SDs ..... Ah fy Le 4 Ba Da dee NB Fy ue 2 3.34
E. C. = 6.86 + 9.28 = .739
1 McCall, W. A., How to Experiment in Education, Chap. VIII.
89
90 A Method of Directing Children’s Study of Geography
TABLE I (Continued)
SEcOND Two WEEKS
Group Study Question Method Group Control Method
Number? 3). aun. 27.00 Number .cseueeee 22.00
A Meéanvio eae iraae 12.96 B Mean»): .).¢2ee ee 12.45
DLJ cde ee Oe 1.41 SD... open 2.06
Number) cease 22.00 Number). .cee 27 .00
B Mean Vues comes 14.68 A Mean ... ss .aul eee 13.63
SD wos acto 1.81 SD. ss dee 1.13
Difference .. 1.56 SDg, ..... 2729 -SDaa ew 2,35° BDp eee 3.28
E. C. = 1.56 + 9.11 = .17
Turrp Two WEEKS
Group Study Question Method Group Control Method
Number au: ae 25.00 Number ......... 26.00
A Nes ety roe 16.72 B Mean ~... ..04'..°ueee 15.30
Sacer Ce ee 1.10 SD. es eee 1.44
Number). 0 O05 26.00 Numbers.) . hee 25.00
B Meandind aut). 3 20.42 A Meéan '.4.50. fae 9.28
SD agi oly some tae oe 1.60 SD .. 64 «oe 1.58
Difference . 12.56 SDg, ..... 1.94 SDg..... 2.14 :BDyeeee 2.88
E. C. = 12.56 + 8 = 1.57
TABLE II
SUMMARY—SPEYER ScHOOL
Study Question Method Control Method
Mean ‘Lintner ae 18.72: } Mean-2 2.4.0.4 2 12.09
Mean ayer G aden tl ne ee 16.12.) Mean’ ..ii8. 4. eee 10.76
SDL A a hoes een 6:53 | SDs)... 4 Ss, 8.50
SD, Pek Se eeu ee 8.81.) SD3:...... 0.0. 8.11
SD ied tie eee ceed eee 78H SD iliac ce eerste cle eee 1.00
SD ead etos free eee 1:04 | SDag i. 2... Ae 93
SDar as ale a bie seek hae i tel ee eer Pn ne ke er 1.28
S Diag as. besten sone Wepre. Bee Fg eee ae 1.36
Difference: 2.54 ei Bree a Se ek aa eee 6.99
1D AA EU RAMS Henke myn. Mea ey et ye ho. 1.87
Appendix 91
TABLE III
Retests at SPEYER ScHOOL
First Two WEEKS
Group Study Question Method Group Control Method
WUMDOR ye. 3 ele 23.00 Nimbpere st Pie a 23.00
A MOON Peery oe os. 10.23 B WME GRD S edie acd ek 8.39
ns TBS Lei, Ae an ea 1.36 rd eased a fe later 1.18
EN ITIMDE? Ooo Pees 23.00 amie 2.5 ye 23.00
B TCR £934,855 7.30 A NEGRI oe ok: 6.82
TED PS ES Penny ale 1.56 SED FY ed deat td eck gland 1.56
Difference .. 2.82 SDs, ..... Bit olay fs 9d SSD ieee 2.84
B. C. = 2.32 + 7.89 = .29
Seconp Two WEEKS
Group Study Question Method Group Control Method
NUMbeMee ck. «5.5. 27.00 INV DGI I). sasdela ots 22.00
A ECM a 10.63 B WWAGHEL ft eae a 10.18
Lu pete ss eet 1.92 rod Fue enrne US ho Pe 1.60
INUINDSFOO Ss 6s 22.00 ISOS gccty ht ome tenn DAN 27.00
B IMIGR ties, vats oss 8.45 A INT CAT oie aa a 9.48
Opa 1.54 PT) pe seat he aeetcne ot 1.62
ererenCe 2 — Os. ia) |... 2/40) Das ...- 1.78 .8Dp ..... 3.35
E. C. = —.58 + 9.31 = —.06
Tarrp Two WEEKS
Group Study Question Method Group Control Method
DUT DAR rerio 25.00 Numbers seo. 26.00
A VIGAT SClniee cay ais 15.84 B Wieaies See tieee es 12.30
SD eRe sae: 1.68 Saree teh erate ete 1.78
Number) ie oe. 26.00 Numberveswen to 26.00
B Mean So teeeias 8.61 A Meant. vo cuaeeec3 5.40
PSD) ar el abe etdeal eee 1.46 RSL Nil hoe hiv ve Sean ce ats War
Difference .. 6.80 SDs; ..... BI Lette ee ea ELL 4 oe 3.16
BK. C. = 6.80 + 8.78 = .77
92 A Method of Directing Children’s Study of Geography
TABLE IV
SUMMARY—RETESTS AT SPEYER SCHOOL
Study Question Method Control Method
Mean Leo Ee ted oie ees 12°25"), Mean 2... .2. 0 ee 10.38
Meanie i a a as $)14 | .Mean.3' 2.5.0)... eee 4300
SDT (oadints dale Seca ee eee 8.60 } 8De sess fs. ee ee eee 7.64
ot DMN PROT ERE LE Ce 8 VW) fey 7.205 PB Dats. oss 0 oa 7.68
SID was i aly ete Le ee eee 99 | SDyae 6 sc dels oe vce 90
CR TPP Siro aierh ta ile) eisiGe ey J 85 1 SDs... 6 dew els ole a 88
SST day. io! oie) a kod tee 'arhis sian wel abd ec cr c en e 1.30
Sa ohh ie ee ae, (7a oe ee 1.26
Differences ors is oe ae pee ee Ae A |
Dy Uslaceer. Ge Se Ge el aed nan 1.81
Experimental Coefficient .................. 538
TABLE V
EXPERIMENTS AT Pusitic ScHoou 43
First Two WEEKS
Group Study Question Method Group Control Method
Number te 15.00 Number... 32.288 15.00
A Mean hth seen i 14.53 B Mean ;..... Suen 9.6
red Dh Feet beach lg Mm 1.93 SD i. eee 2.45
Numbers. c2 (ue 15.00 Number. .: 2220368 15.00
B Mipaiy ten eae 11.33 A Meéan ..: ) 250
Ae eee hrate eee 2.19 Mh bs el eee 1.41
Difference .. 6.66 SDg, ..... 2:92: SDasvivass 2.838 SDe see 4.06
KB. C. = 6.66 + 11.28 = .59
Seconp Two WEEKS
Group Study Question Method Group Control Method
Number evince 16.00 Number’ )3332 0) 15.00
A Maan) erin ’. 3 Oeste 16.00 Number 3 yeh. 34.00
B teary Sees tas 25.31 A Mesn i aes 20.17
PREP Sei Gs 1G SD any cia Sa uci ak 1.14
Difference ee. as SDs sent aks 1.59 SDsge Peperare 1.64 SDp os ae 2.29
E. C. = 6.22 + 6.36 = .978
94 A Method of Directing Children’s Study of Geography
TABLE VII (Continued)
Passaic
Group Study Question Method Group Control Method
Ntiimber tae ca a 34.00 Number 77.2. ee 28 .00
A Mean ioe srs ae 19.79 B Mean >, “itisusesm 23°25
SD eee he CONE 1.42 SDx). ae 1.45
Numberi v2. occ 8 ae 28.00 Number’ 7ia7 ee 34.00
B Meaniisel Sots ae 2707 A Mean /..327 ue 23.52
SL irk vote merehre vie 1.01 SDy? ) Pee 1.40
Difference.... .09 SDg ..... 7 Ss Dae ee 1°81: Shae yeah!
EK. C. = .09 + 6.97 = .013
STAMFORD
Group Study Question Method Group Control Method
Number oo7. ee 20.00 Number. . .. aoe 28 .00
A Mesh i8 ane 15.50 B Mean » . ss). 7.46
ee SN a 1.97 SD... ee 1.29
Number aca 28 .00 Number:. ... 2 20.00
B Mean vine). civcnicen: 15.46 A Mean .....30eeee 11.70
ted Beane: pew Sakuma nes a 1.18 Sar: «css 3 see 1.97
Difference . 11.80 SDs; ..... 2:29: BDes yan 2.35. SDs 3.28
K. C. = 11.80 + 9.11 = 1.29
TABLE VIII
SUMMARY
ROSELLE, PAssAIc AND STAMFORD
Study Question Method Control Method
Mean a Aca et 18.56:]'"Mean)2 . 24:4. 02.40 ee 15.95
MGAN.4 sain cnooka mae iue 22.16 1 Mean 3... «+6 s «cle 19.54
SD ee ee Ae Ga ee 2a 7.91 | 8D. os eee 9.48
Ni BR EOS 1S. RPA BR 7:64.) 8D; )..5. 0D. ee 8.95
SD Bae Eh es rere 84°) SDyae oe eee pak
SD tat ie ct Pea are ee 90 |) SDais 2.0 ee 95
Dia abe unc ails Woe leh a ae eee 1°25
Dag istic Ase ee a a eee 1.28
BSD) Are ei din cass Gee Co ORIEN ee 1.90
Difference sic cite Ie As els ea 5.20
Experimental Coefficient ..........0. 00s cece 99
Appendix
TABLE IX
SumMaryY oF ALL EXPERIMENTS
Study Question Method
Pee eer gts conn! Ste 16.22
PEN a i iG ok ok oe 17.68
ea Rc 7.54
eo oe ls Si er hx 9.01
1, Sek i SA Sa a 562
1 5 ROARS ote een .65
Peery ete ict a
SLA EOI is or al le
LGA ead Lowe
Difference
oo ere eee eer eeve
Control Method
WA aI ete eRe cle Ae ek
IVE eT oF eudl a eislu cate oleae aw a
EL Peer eee aes VUE ha ate
AML Oe AE edie BL NN Oe at i
PLE Sane eer sa dei icnerunnebe eis wikis
LI iMa Lerche te uN eee
Eee Ay eee aia ha .0832
al pa DOR he hegre aaa .0898
ke ig Se Tak pies © aN 1.22
Ea Mi ec pte ate Nee naa 5.50
RC, a7 Oe oe 6.8 6 Ox a 9 (es Ge Fs
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INDEX
Arithmetic, 8.
Assignments, lesson, 5-9, 11, 18, 21,
39.
Bagley, W. C., 1.
Branom, M. E., 1.
Calculations, arithmetical, 30.
Chances, statement of, 34, 44.
Charters, W. W., 1.
Comments of children on study
questions, 40, 44.
Courtis, S. A., 2.
Criteria, in geography, 1-2.
Curriculum, studies in, 1-2.
Detroit, 9.
Discussion, class, 8.
E.C., 34.
Effect, law of, 6-9, 39-40, 44.
Evidence, subjective, 38, 43, 45.
Examinations, 8, 24.
Experimental Coefficient, 34.
Experiments, previous in geography,
Chap. I.
Facts, learning of, 18-19, 30, 45;
importance of in reasoning, 20.
Gates, A. I., 6, 19-20.
Hackensack, Chap. VII.
Hillegas, M. B., 12.
Hockett, John, 2.
Horace Mann School, 10.
Hosic, J. F., 32.
Initial test, omission of, 33.
Lecture Method, 19.
97
McCall, W. A., 32ff., 44.
McMurry, F. M., 8, 10, 12, 45.
McMurry and Parkins, Geography,
4, App. II.
Method, experimental, 4, Chaps. IV,
V, VI; in geography, 10.
Motivation, 8, 42.
Note taking, 30.
Number of children in experiment, 37.
Objectively scorable questions, in
silent reading, 4; in this study,
Chap. III.
Organization of ideas, 28.
Passaic, Chap. VI.
Pearson, H. C., 32.
Penmanship, 9.
Principles, application of in practice,
3.
Problem method, 10-12, 18, 45.
Public School, 48, Chap. V.
Puzzles, interest in, 9-10.
Questions, in class, 7; in texts, 25—
26, 46.
Reaction, to printed page, 31, 45.
Reading of assignment, 4, 6; as a
method of learning, 30.
Reasoning, 19, 28.
Reavis, W. C., 1.
Recitation period, 7-8, 18-19, 39.
Retention, measurement of, 35.
Roselle, Chap. VI.
Rotation experimental method, 32ff.
Rugg, H. O., 2.
Satisfaction, see Effect, law of.
Scoring of tests, 34.
98 A Method of Directing Children’s Study of Geography
Smith, J. Russell, Geography, 4, 21ff,
33, App. I.
Speyer School, Chap. IV.
Stamford, Chap. VI.
Stenographic reports of lessons, 11,
12ff.
Stull, De Forest, 12.
Study, improvement of, 4, 20ff, 45;
questions, 5; problem, 18.
Suzzallo, Henry, 32.
Tables, statistical, App. III.
Techniques, in geography, 3-4; in
other subjects, 3;, experimental,
5-6.
Testing, 7.
Text, basal, 18.
Thorndike, E. L., 9.
Transfer, 42.
Types of questions in this study, 27ff.
Values, weighing of, 18.
Washburne, Carleton, 2.
Yule, G. U., 34, 44.
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