quadgram

This is a table of type quadgram and their frequencies. Use it to search & browse the list to learn more about your study carrel.

quadgram	frequency
fallen from the sky	80
the temperature of the	63
it is said that	57
the top of the	53
the surface of the	49
in the first place	46
said to have fallen	44
have fallen from the	43
said to have been	34
fall from the sky	28
the mercury in the	27
temperature of the air	27
the pressure of the	25
at the same time	24
pressure of the atmosphere	23
we are told that	22
one of the most	21
of the british association	21
the bottom of the	21
by means of the	20
ground in the first	20
had fallen from the	20
the ground in the	20
in the united states	19
the size of a	18
the end of the	18
by means of a	18
to have fallen from	18
the centre of the	18
it seems to me	17
fell from the sky	17
in the scientific american	17
the monthly weather review	17
the report of the	17
the height of the	17
it may be that	16
there is an account	16
of an inch in	16
about the size of	16
the direction of the	16
have been found in	16
part of the tube	15
is an account of	15
for the purpose of	15
seen in the sky	15
of the mercury in	15
report of the british	15
upon the ground in	15
upon the th of	15
in terms of the	15
own acceptance is that	14
in the london times	14
of the united states	14
that have fallen from	14
end of the tube	14
velocity of the wind	13
the substance that fell	13
the size of the	13
my own acceptance is	13
the difference between the	13
surface of the mercury	13
so as to be	13
of the air is	13
it may have been	13
is said that the	13
mercury in the tube	13
seems to me that	13
there is nothing to	13
that he had seen	13
that it was a	12
of the tube is	12
the editor of the	12
it is our acceptance	12
to the conclusion that	12
to have fallen at	12
a great deal of	12
the zero of the	12
the level of the	12
the state of the	12
is our acceptance that	12
says that he had	12
is one of the	12
been upon the ground	11
on the surface of	11
the action of the	11
to the top of	11
been seen to fall	11
our acceptance is that	11
is said to have	11
of the mercurial column	11
a quarter of an	11
in the report of	11
the rest of the	11
of the fall of	11
on the other hand	11
in a positive sense	10
from time to time	10
been seen in the	10
of the barometric column	10
that there have been	10
there in the first	10
the weight of the	10
of true meteoritic material	10
it would have been	10
zero of the scale	10
the position of the	10
it consists of a	10
direction of the wind	10
rays of the sun	10
is attached to the	9
the time of the	9
to the surface of	9
i should say that	9
it is evident that	9
cape of good hope	9
in the summer of	9
to me to be	9
when the air is	9
a correspondent writes that	9
as well as the	9
whatever it may have	9
had been upon the	9
at the top of	9
the story of the	9
mercury in the cistern	9
he had seen a	9
it is necessary to	9
to have fallen in	9
more nearly real than	9
once upon a time	9
surface of the earth	9
substance that fell at	9
there is no mention	9
when the instrument is	9
quarter of an inch	9
in the form of	8
may have been a	8
on the top of	8
had been found in	8
level of the sea	8
the bore of the	8
the united states weather	8
consists of a glass	8
there had been a	8
hundredths of an inch	8
of a fall of	8
there may have been	8
that there is no	8
that there is a	8
in the monthly weather	8
have fallen to this	8
the length of the	8
united states weather bureau	8
an inch in diameter	8
my own notion is	8
the cape of good	8
at the bottom of	8
the indications of the	8
fallen to this earth	8
has fallen from the	8
if we accept that	8
the interior of the	8
the board of trade	8
pressure of the wind	8
the upper part of	8
upper part of the	8
the air in the	8
the editor says that	8
that some of the	7
the air at the	7
the movements of the	7
is said that this	7
we shall have to	7
that it was not	7
size of the moon	7
in a cubic inch	7
in a real existence	7
upon the surface of	7
on the other side	7
to the bottom of	7
to fall from the	7
is our expression that	7
some other part of	7
author of many books	7
is said to be	7
in the open air	7
that the object was	7
own notion is that	7
at the cape of	7
high in the air	7
disk of the sun	7
that this substance was	7
up from one place	7
been struck by lightning	7
that have been found	7
it is in the	7
state of the weather	7
force of the wind	7
in the direction of	7
of the royal society	7
top of the tube	7
here are the data	7
of the vapour of	7
the force of the	7
in the centre of	7
in connection with the	7
on account of the	7
in the case of	7
supposed to have been	7
seems to me to	7
it is our expression	7
particles in the air	7
top of the mercury	7
inhabitants of this earth	7
seen to fall from	7
at the time of	7
to the positive absolute	7
feet above the sea	7
of things that have	7
is no mention of	7
a cubic inch of	7
to the end of	7
the meeting of the	7
an account of a	7
been found in the	7
that they had been	6
which there is nothing	6
substance that fell in	6
for the sake of	6
extract from a letter	6
of the air at	6
geography of the air	6
other part of the	6
it was found to	6
of the lower air	6
mean temperature of the	6
we accept that the	6
the mean temperature of	6
the light of the	6
he says that the	6
in the middle of	6
american journal of science	6
had been seen to	6
a large number of	6
are told that the	6
and down in another	6
to the temperature of	6
jumped to the conclusion	6
because there is no	6
the fall of a	6
the importance of the	6
one end of the	6
part of the moon	6
the frame of the	6
the royal meteorological society	6
to the construction of	6
i think that the	6
the strength of the	6
from some other part	6
so as to form	6
tower of the winds	6
of the th century	6
in the mentor reading	6
not merge away into	6
the mentor reading course	6
the disk of the	6
the difference of the	6
that it had been	6
la science pour tous	6
we shall see that	6
reported to have fallen	6
to have been found	6
falling from the sky	6
of a substance that	6
other parts of the	6
from west to east	6
in a state of	6
in the construction of	6
the air over the	6
the lower end of	6
an inch in length	6
any part of the	6
could not have been	6
the heat of the	6
rise and fall of	6
there can be no	6
of the instrument is	6
was found to be	6
as shown by the	6
fall to this earth	6
of the mercury is	6
a change of air	6
it is described as	6
it is said to	6
is nothing to prove	6
strength of the wind	6
is an aspect of	6
at the meeting of	6
and author of many	6
at a depth of	6
the velocity of the	6
temperature of the soil	6
we shall have data	6
of a glass tube	6
have been seen in	6
the motion of the	6
of the new york	6
monthly notices of the	6
in the course of	6
the rise and fall	6
of mercury in the	6
to localize the universal	6
side of the tube	6
sand from the sahara	6
cubic inch of the	6
a letter from mr	5
the writer says that	5
the american journal of	5
so that the mercury	5
for use at sea	5
by which we mean	5
the number of particles	5
the scale of the	5
flat pieces of ice	5
so that the instrument	5
the tower of the	5
notices of the r	5
that he had not	5
the other end of	5
on an increase of	5
on the square inch	5
of the weather bureau	5
the last of january	5
that have been seen	5
that had fallen from	5
by the action of	5
of a piece of	5
to have been seen	5
is attached to a	5
brought to the surface	5
the conclusion that the	5
at right angles to	5
of the temperature of	5
is protected by a	5
is given to the	5
the determination of the	5
at about the same	5
so as to allow	5
as the atmospheric pressure	5
an inch and a	5
said that he had	5
that it would be	5
at the lower end	5
had been seen in	5
the mind of a	5
of the substance that	5
the words on the	5
to break away from	5
had been struck by	5
that was seen in	5
close to this earth	5
besides which there is	5
the royal society of	5
inch of the air	5
lower end of the	5
a writer in the	5
to have been the	5
were seen to fall	5
a little to the	5
of course it may	5
that it is the	5
it will be found	5
it was said that	5
in a horizontal position	5
the mercury to the	5
have fallen upon this	5
to the zero point	5
is filled with mercury	5
right angles to the	5
in the cubic inch	5
of the air in	5
the back of the	5
in proportion to the	5
i mean that which	5
on the ground in	5
the amount of rain	5
things that have fallen	5
it has been found	5
that fell from the	5
flow of the air	5
is the attempt to	5
visitors to this earth	5
that besides which there	5
are said to have	5
that is not to	5
the grave creek stone	5
an increase of temperature	5
in notes and queries	5
of the inhabitants of	5
meeting of the british	5
we shall have an	5
for a long time	5
we have not the	5
the cause of the	5
contact with the mercury	5
the humidity of the	5
fell at the cape	5
the square of the	5
merge away into something	5
humidity of the air	5
patent mercurial minimum thermometer	5
a great number of	5
as it is called	5
the bulb of the	5
they could not be	5
the rays of the	5
the science of meteorology	5
higher approximation to realness	5
that he had found	5
that had been seen	5
one side of the	5
and fall of the	5
substances that have fallen	5
so as to cause	5
so as to make	5
in the nineteenth century	5
is an illustration of	5
away into something else	5
instruments for ascertaining the	5
by the aid of	5
had fallen in the	5
in the same place	5
fallen upon this earth	5
expansion and contraction of	5
from the top of	5
the shadow of the	5
some of these fishes	5
that they have been	5
a higher approximation to	5
that have fallen upon	5
it is the system	5
for all i know	5
the wind veers from	5
not fall from the	5
in some of our	5
temperature of the mercury	5
the part of the	5
is the system that	5
parts of the world	5
the dryness of the	5
in the same way	5
he says that he	5
the under side of	5
elevation above the sea	5
substance said to have	5
is a letter from	5
of the barometer in	5
the neck of the	5
height of the mercury	5
all the year round	5
if there were no	5
as well as in	5
it is not possible	5
to me that the	5
are likely to be	4
number of meteorological papers	4
about the time of	4
which will be found	4
the effect of the	4
negretti and zambra have	4
we do note that	4
pass and pass and	4
and some of them	4
that they were not	4
were seen in the	4
one and a half	4
temperature of the vapour	4
that some of us	4
when the sun is	4
if it had been	4
the aid of a	4
story of america in	4
all the way from	4
that it was only	4
that fell at the	4
and part of the	4
the divisions and figures	4
as we go along	4
things that have been	4
raised from some other	4
is described in the	4
on the coast of	4
not the light of	4
up at the sky	4
not of true meteoritic	4
are told that it	4
a small portion of	4
height of the barometric	4
in the hope that	4
of brass and steel	4
the observations of the	4
that there is nothing	4
and the amount of	4
the substance that had	4
so as to bring	4
of the climate of	4
or fall of the	4
the boiling temperature of	4
for the formation of	4
surface of the ground	4
in the midst of	4
as well as of	4
substance that looked like	4
the rise or fall	4
are told that this	4
in the history of	4
in the northern hemisphere	4
author of various books	4
in this solar system	4
it is difficult to	4
said that it was	4
on one side of	4
from a letter by	4
of the frame is	4
all parts of the	4
been found in mounds	4
dryness of the air	4
the elasticity of the	4
the electric state of	4
use of the barometer	4
it is necessary that	4
the place of origin	4
is a description of	4
of the atmosphere is	4
we point out that	4
a small piece of	4
at the rate of	4
translated to the positive	4
are only different expressions	4
at a temperature of	4
the appearance of the	4
in the month of	4
as much as possible	4
our data have been	4
there is no way	4
if there were real	4
by the board of	4
height of the column	4
every one of them	4
is described as a	4
from a clear sky	4
it is desired to	4
of the cistern is	4
the geography of the	4
are familiar with the	4
the whole of the	4
the side of the	4
state of the atmosphere	4
can be made to	4
to do with the	4
and the planet vulcan	4
for ascertaining the temperature	4
on the scales of	4
present in the air	4
upon the evening of	4
on the summit of	4
the reading of the	4
at which the mercury	4
the vapour of the	4
the other side of	4
that they came from	4
a small town in	4
was said to have	4
that it was the	4
state of the air	4
electrical deposition of smoke	4
substance that had fallen	4
would have been a	4
fall of the float	4
the air is dry	4
as the shadow of	4
the science of astronomy	4
height of the barometer	4
to the difference of	4
as if they were	4
to have been of	4
there may be a	4
the intensity of the	4
is no way of	4
on the tops of	4
with certain esoteric ones	4
of heights by the	4
that it is not	4
the degree of humidity	4
vapour of boiling water	4
that fall from the	4
points of the compass	4
direct rays of the	4
the number of dust	4
been a fall of	4
at the end of	4
the new york times	4
to changes of temperature	4
dust in the atmosphere	4
pressure of the air	4
been found in a	4
our expression is that	4
of the weather in	4
in the aspect of	4
all that we call	4
the th of august	4
is that it is	4
they have not been	4
attempt to break away	4
because there is nothing	4
of the tube to	4
pounds per square foot	4
from the surface of	4
the construction of the	4
to the new dominant	4
the direct rays of	4
that has fallen from	4
it was only a	4
that there was no	4
of the thermometer is	4
seems to be a	4
they are described as	4
the roof of the	4
in the number of	4
does not merge away	4
found in tree trunks	4
the british meteorological society	4
meeting of the royal	4
on a decrease of	4
ever fallen from the	4
and direction of the	4
method of calculating heights	4
some of them are	4
in the issue of	4
is an attempt to	4
it may not be	4
of the salvation army	4
into contact with the	4
a legal right to	4
we cannot accept that	4
in front of the	4
the column of mercury	4
at the surface of	4
particles in a cubic	4
have been seen to	4
the limit of visibility	4
in order that the	4
is known as the	4
data of things that	4
a decrease of temperature	4
heights by the barometer	4
the density of the	4
of the air over	4
the stratum of air	4
the value of the	4
leverrier and the planet	4
in the process of	4
it is not only	4
on a large scale	4
bore of the tube	4
varying pressure of the	4
surface of the sea	4
our own acceptance is	4
will be found in	4
something that looked like	4
the reading of a	4
of america in pictures	4
and the number of	4
weight of the atmosphere	4
in the top of	4
from some other world	4
of the old dominant	4
and author of various	4
of the mentor association	4
of the scientific american	4
at the center of	4
solar and terrestrial radiation	4
the electricity of the	4
of the surface of	4
that it had fallen	4
of a mercurial barometer	4
greater part of the	4
in the new york	4
the vapour of boiling	4
this is one of	4
the horse and the	4
shall have data of	4
all are familiar with	4
matter from the sky	4
top of the box	4
only a part of	4
scale part of the	4
in which there is	4
which we shall have	4
an aspect of the	4
the journal of the	4
the use of the	4
was seen in the	4
inch and a quarter	4
wet and dry bulb	4
the air has been	4
editor of the review	4
of this thermometer is	4
royal society of edinburgh	4
the cubic inch of	4
opposite side of the	4
it is impossible to	4
had been sent to	4
we now have a	4
there is nothing else	4
in the hands of	4
screw at the bottom	4
there are so many	4
with the aid of	4
our acceptance that these	4
indigenous to this earth	4
of the most important	4
a vast amount of	4
relatively to this earth	4
tenth of an inch	4
the varying pressure of	4
it is one of	4
of the tube and	4
be made to read	4
as to cause the	4
the first and second	4
that were seen in	4
somewhere upon this earth	4
had been on the	4
and velocity of the	4
in relation to the	4
range of the thermometer	4
a black rain fell	4
that is not the	4
horse and the barn	4
pointed at both ends	4
was considered to be	4
treatise on meteorological instruments	4
the conventional explanation that	4
the movement of the	4
the case of the	4
some parts of the	4
that was seen by	4
the middle of the	4
the upper end of	4
we think of the	4
the barometer tube is	4
in miles per hour	4
when the temperature is	4
the word of a	4
as if it had	4
amount and duration of	4
ascertaining the temperature of	4
in the state of	4
rise or fall of	4
the air to be	4
i shall have to	4
from a letter from	4
as the square of	4
a depth of feet	4
course it may be	4
that the substance that	4
in a violent storm	4
that have fallen to	4
the opposite side of	4
is evident that the	4
of the royal meteorological	4
of which is to	4
at the level of	4
at the temperature of	4
be more nearly real	4
and a minimum thermometer	4
with the rest of	4
in the following manner	4
to a scale of	4
have been falls of	4
of the case is	4
has a legal right	4
no one had seen	4
it will be seen	4
to the use of	4
to be the case	4
all that is necessary	4
with more or less	3
approximate height due to	3
will be found that	3
means of a small	3
i have notes upon	3
to think is to	3
open at both ends	3
in the twentieth century	3
from the north or	3
not in the least	3
the observations made in	3
supposed to be a	3
old moon in the	3
that we must be	3
black rains of slains	3
object in the sky	3
than one on the	3
most of our data	3
may have been an	3
of the wind in	3
little to the north	3
have to think of	3
may not have fallen	3
as to form a	3
a small quantity of	3
mercury to fill the	3
some day i shall	3
the fact that the	3
as the instrument is	3
surface of the snow	3
roof of the building	3
pressure at the time	3
the temperature at which	3
can be identified as	3
the west coast of	3
standards to judge by	3
that he had never	3
is not the light	3
small quantity of air	3
or may not have	3
at my manse in	3
sudden expansion of the	3
the amount and duration	3
a limit to the	3
the amount of evaporation	3
are placed upon the	3
have been red rains	3
that these things had	3
the formation of hoar	3
in the mountains of	3
had seen a body	3
a level with the	3
the accuracy of the	3
that coal has fallen	3
shall have to accept	3
that are similar to	3
over an area of	3
turned towards the sun	3
exposure to the air	3
in the royal navy	3
floating in the air	3
writer says that he	3
heat from the sun	3
come to this earth	3
an inch of the	3
that it could not	3
from one place to	3
said to be of	3
if obliged to heave	3
the rest of us	3
in the persian gulf	3
the royal astronomical society	3
distance from the sun	3
has been found to	3
means similar to human	3
but i think that	3
by means similar to	3
from half an inch	3
has nothing to do	3
upon the scale the	3
for the escape of	3
in consequence of the	3
is shown in fig	3
that never has a	3
the inhabitants of this	3
the cistern to the	3
the index to the	3
may not be very	3
in the part of	3
due to the difference	3
that they had fallen	3
at a height of	3
ones upon this earth	3
crow over the moon	3
identity of their own	3
according to a newspaper	3
the data of the	3
and that it is	3
with the results of	3
had found fossils in	3
critic of the new	3
should be made to	3
than that of a	3
temperature of the day	3
had been made by	3
the thing to do	3
to flow to the	3
at a considerable distance	3
a mode of motion	3
if all things are	3
that occur in the	3
it becomes necessary to	3
the cistern must then	3
the gulf of mexico	3
the barometer as a	3
from a stationary source	3
but we do note	3
cistern must then be	3
is said that these	3
the scientific american supplement	3
the tube to the	3
the new york public	3
thunder clears the air	3
the instrument is required	3
but the spirit of	3
by something that was	3
the formation of the	3
the state that is	3
the writer in the	3
heat considered as a	3
that are continuous with	3
surface of the leaves	3
the size of an	3
in one of the	3
the edinburgh new philosophical	3
is due to the	3
point of the needle	3
a good deal of	3
was not of true	3
that our whole existence	3
the amount of ozone	3
inches on the scale	3
there is no record	3
would seem to be	3
ascent was made th	3
in mounds in the	3
from the place of	3
end of the column	3
was reported to have	3
been seen and reported	3
and that it was	3
any more than is	3
direction and force of	3
a large part of	3
against the under side	3
of the nineteenth century	3
been there in the	3
other part of this	3
legal right to us	3
that looked like beef	3
later we shall have	3
boxwood or metal scale	3
that in some of	3
to that of a	3
phenomena of the atmosphere	3
number of luminous bodies	3
the electric condition of	3
thermometers of extreme sensitiveness	3
been on the ground	3
the atmospheric pressure at	3
considered as a mode	3
in the spirit of	3
that he had been	3
the instrument may be	3
except that there is	3
of the scale is	3
will be seen that	3
an alcohol minimum thermometer	3
the exact temperature at	3
to the old dominant	3
break away from the	3
the tube is filled	3
shadow of the peak	3
upon page of this	3
a mass of ice	3
an infinitude of other	3
should be marked on	3
there is a description	3
communication with certain esoteric	3
in the th century	3
of the heated air	3
cat and a goldfish	3
it is not so	3
the fishes had been	3
rain had fallen in	3
vacuum solar radiation thermometer	3
of the air to	3
but it is our	3
of our data have	3
than that of the	3
is not so much	3
to say that they	3
a fall of fishes	3
what is known as	3
on the temperature of	3
and at the same	3
dust in the air	3
the face of the	3
what does it matter	3
seen in the air	3
the cover of the	3
air at the time	3
there will be a	3
in the days of	3
parts of the tube	3
up in the air	3
comparison with a standard	3
be accounted for in	3
it was not of	3
to correct for the	3
with the mercurial barometer	3
it is of the	3
as the pressure is	3
with winds from the	3
connection with the barometer	3
upper end of the	3
trying to find out	3
from one place in	3
from a cloudless sky	3
the most important of	3
journal of the royal	3
that it is only	3
the th of february	3
to the centre of	3
the barometer in the	3
away from the sun	3
american museum of natural	3
the scales of the	3
from left to right	3
in the same manner	3
condition of the atmosphere	3
shadow of this earth	3
there is not a	3
as good as ever	3
the scale part of	3
of course there is	3
mentor reading course the	3
this form of barometer	3
a good part of	3
in the absence of	3
in the air at	3
found to be a	3
part of the instrument	3
instrument is shown in	3
that the science of	3
according to the writer	3
changes in the weather	3
a few of the	3
flow to the end	3
object that had fallen	3
report of the smithsonian	3
condensation to take place	3
as it is termed	3
the proceedings of the	3
weight of the air	3
something that was so	3
one place in a	3
that part of the	3
of the atmosphere which	3
we are told by	3
for the freezing point	3
in the mind of	3
had never heard of	3
feet above the ground	3
anything can be identified	3
top and bottom of	3
frame of the instrument	3
we must be interesting	3
our whole existence is	3
an account of this	3
to the extent of	3
a quarter of a	3
a state in which	3
end of which is	3
in contact with the	3
and a half inches	3
on boxwood or metal	3
the area of the	3
have been formed in	3
when the top is	3
the mercury to pass	3
like a crow over	3
the contents of the	3
to look like a	3
in the atmosphere is	3
to have been about	3
the extent of the	3
inches in diameter and	3
been shaped by man	3
one looks up at	3
some of our data	3
in all parts of	3
of the geography of	3
the black rain of	3
the effects of temperature	3
in the annales de	3
boiling temperature of water	3
on the open sea	3
of forming an opinion	3
reported in monthly notices	3
editor says that he	3
been sent to the	3
is not to say	3
from one place and	3
of course we do	3
it may be well	3
the meteorology of ben	3
accounted for by the	3
an illustration of the	3
the sum of the	3
standard to judge by	3
may be well to	3
a correction due to	3
increase of temperature the	3
condensation of the water	3
in the interior of	3
to say that he	3
the land and sea	3
inch in diameter of	3
difficult to express that	3
of the pressure of	3
an extract from a	3
the readings of the	3
about half an hour	3
they must have been	3
coal has fallen from	3
seem to me to	3
the merging away of	3
ends of the tube	3
the edge of the	3
the winds in an	3
the annales de chimie	3
have been struck by	3
is likely to be	3
the th of april	3
the ends of the	3
one way or the	3
there have been many	3
fell to the ground	3
to which is attached	3
from the sahara desert	3
one or more of	3
that a thunderstone had	3
farthest from the bulb	3
maxima and minima thermometers	3
have a tendency to	3
all that can be	3
how to use the	3
it could not have	3
the point of the	3
in a dreaming mind	3
in the usual way	3
level of the mercury	3
striking ground near wedge	3
be marked on the	3
at a distance of	3
in other parts of	3
numbers of the mentor	3
well as in the	3
two inches in diameter	3
and force of the	3
the instrument has been	3
that there is an	3
to meet the requirements	3
also that there are	3
when the pressure is	3
motion of the air	3
an account of the	3
top of the liquid	3
objects that have been	3
tells of a fall	3
at the beginning of	3
of the syphon is	3
a substance that was	3
times there is no	3
of water in which	3
have to be a	3
it seems acceptable that	3
the path of the	3
had been a fall	3
it is convenient for	3
of an inch of	3
was found in a	3
is found to be	3
there had been an	3
is not possible to	3
which does not merge	3
this is done by	3
gives his opinion that	3
that had come from	3
in what is called	3
had been raised from	3
on the opposite side	3
blue in the sky	3
a pailful of water	3
electric condition of the	3
a cubic foot of	3
material in terms of	3
the ground during the	3
stone from grave creek	3
as an expression of	3
some of us will	3
been raised from some	3
correction due to the	3
the air of the	3
both sides of the	3
on the scale of	3
that one of the	3
has been found that	3
that what we call	3
visitors from other worlds	3
that were seen to	3
to have been a	3
the object that was	3
new york public library	3
there is no real	3
not to say that	3
in the usual manner	3
i conceive of one	3
or that all things	3
it is only by	3
a report that a	3
cubic inch of air	3
the transparency of the	3
of something that was	3
splash of a drop	3
correspondent writes that he	3
the writer of the	3
of the british isles	3
the oneness of allness	3
a lump of coal	3
have to accept that	3
that there was a	3
of dust in the	3
of the stratum of	3
that he was a	3
of the smithsonian institution	3
the bottom of a	3
the amount of vapour	3
is a great boon	3
one way or another	3
about a foot long	3
said that this substance	3
from place to place	3
data of fishes that	3
divisions of the scale	3
as a matter of	3
for an account of	3
the diurnal range of	3
hundredth of an inch	3
one place to another	3
if we think of	3
means of the barometer	3
writes that he had	3
the space between the	3
we shall have a	3
from the sky at	3
a fall of tadpoles	3
nothing to do with	3
square of the distance	3
but it will be	3
are produced by the	3
other end of the	3
tenths of an inch	3
the same direction as	3
so as to keep	3
data of falls of	3
my manse in strathmore	3
in a vertical position	3
in the proceedings of	3
when the wind was	3
our notion is that	3
to that of the	3
the place where the	3
is necessary that the	3
which the instrument is	3
the head of a	3
protected by a glass	3
half an inch to	3
that it is like	3
effects of atmospheric dust	3
quarters of an inch	3
report to the admiralty	3
relatively to the moon	3
of the atmospheric pressure	3
to communicate with this	3
that the mercury in	3
had been a storm	3
of the royal astronomical	3
to be thought of	3
of the air increases	3
part of the scale	3
that had fallen at	3
the expansion and contraction	3
limb of the tube	3
that had escaped from	3
the place of the	3
at the international exhibition	3
the light of incandescence	3
words on the scale	3
the correction due to	3
between the two phenomena	3
more than a century	3
did not fall from	3
the mean of the	3
moon in the new	3
in the american journal	3
of the air and	3
have to admit that	3
steppes of asia minor	3
a state that is	3
in its aspect of	3
the united states is	3
that he had a	3
led to the construction	3
that did not occur	3
year book of facts	3
the specific gravity of	3
museum of natural history	3
ward of a city	3
the cooling of the	3
the difference of temperature	3
and the bottom of	3
and the temperature of	3
in the heart of	3
that there had been	3
eclipse of the moon	3
is made to revolve	3
as to keep the	3
terms of the immaterial	3
the fishes had fallen	3
will be found to	3
in the air is	3
air to be examined	3
from the steppes of	3
the notion that we	3
one of them is	3
in the journal of	3
turns the index to	3
top of the mercurial	3
issued by the board	3
thousandth of an inch	3
the purpose of the	3
of an aerial ice	3
the instrument is turned	3
the conventional explanation of	3
the range of the	3
with reference to the	3
the mercury to fill	3
the number of degrees	3
in the latitude of	3
a rise in the	3
mounds in the united	3
the thermometer is now	3
been found in tree	3
lightning striking ground near	3
a part of the	3
in diameter of bore	3
but there is no	3
atmospheric pressure at the	3
to accept that the	3
and less liable to	3
in the illustrated london	3
of the french academy	3
in the mercurial column	3
of wind with altitude	3
as if it were	3
that there may be	3
gives a list of	3
than at the surface	3
that all that we	3
the sudden expansion of	3
and protected by a	3
is a kind of	3
meet the requirements of	3
the mercury is made	3
identified as sand from	3
the object of the	3
this time we have	3
light of the sun	3
from each other by	3
on a dewy night	3
may be that the	3
parts of the country	3
surface of the ocean	3
to say that the	3
found in mounds in	3
with a decrease of	3
i know of no	3
attached to the frame	3
in the time of	3
and that they are	3
in the management of	3
due to barometric pressure	3
movement of the air	3
realizable only in the	3
place in a whirlwind	3
from a depth of	3
thunderstone said to have	3
the form of the	3
suspended in the water	3
of the winds in	3
by means of which	3
the science of chemistry	3
as if they had	3
the thing had been	3
the law of gravitation	3
the american museum of	3
the stone from grave	3
the mercury in it	3
from one part of	3
he had found fossils	3
the evening of the	3
gelatinous substance said to	3
the needle will be	3
terms of the material	3
keep on and keep	3
that he had heard	3
turning of wind with	3
many of our data	3
the study of the	3
the observations made at	3
trying to conceive of	3
meteorology of ben nevis	3
if they had been	3
that many times have	3
the mercury reaches the	3
the rhythm of all	3
is one of our	3
to take an observation	3
means of forming an	3
as if there were	3
is enclosed in a	3
in the air by	3
about the first of	3
when it comes to	3
limb of the syphon	3
a cat and a	3
correction due to capillarity	3
the axis of the	3
the conquest of the	3
balloon that had escaped	3
the center of the	3
all seeming things are	3
above the level of	3
one inch in the	3
the sun during the	3
other side of the	3
the base of the	3
tree that had been	3
on the scale is	3
the elevation of the	3
have an impression of	3
a tree that had	3
is not only that	3
at any time the	3
that which does not	3
have been made by	3
south of the ohio	3
the tube is fixed	3
must have been an	3
accept that there are	3
motion is given to	3
the flame of a	3
an account of an	3
looking at the moon	3
way or the other	3
frogs that have fallen	3
hazing effects of atmospheric	3
looked to be about	3
will some day be	3
or that there are	3
in the british islands	3
in the air and	3
the ward of a	3
in the last of	3
of the centre of	3
of the thermometer and	3
as represented in fig	3
is that there is	3
the mercury will flow	3
had been knocked from	3
object that was seen	3
with a standard thermometer	3
part of the country	3
of the boiling water	3
the tube and cistern	3
by the mentor association	3
hailstones the size of	3
of the wind is	3
the illustrated london news	3
the fate of all	3
the mercury will fall	3
pressure of the ocean	3
for the boiling point	3
the steppes of asia	3
in the way of	3
there never has been	3
looks up at the	3
once or twice a	3
must have been very	3
more than an hour	3
of the column of	3
light that is not	3
the material in terms	3
are more or less	3
appearance in the sky	3
can be accounted for	3
is just frozen dew	3
to accept that these	3
the shadow of this	3
is less than the	3
been formed in a	3
in the ward of	3
to think of a	3
so as always to	3
of this volume of	3
were it not for	3
the water in the	3
we call the super	3
the process of decay	3
that some of these	3
of air in the	3
and coke and charcoal	3
there are no positive	3
the oscillations of the	3
we are told of	3
across the disk of	3
a red rain in	3
object of worked stone	3
after the fall of	3
should be taken to	3
been sent to him	3
smoke from forest fires	3
it should be placed	3
usually supposed to be	3
the bulbs of the	3
the limb of the	3
in a field of	3
the object was a	3
down to this earth	3
a crow over the	3
the prevailing winds are	3
it must be a	3
his opinion that it	3
as a mode of	3
there is very little	3
been red rains that	3
pieces of ice that	3
it would seem that	3
that all things are	3
the poles of the	3
that this is the	3
the force of wind	3
tube is filled with	3
there is nothing that	3
in the evening of	3
bottom of the sea	3
that a whirlwind could	3
to some of them	3
would have to be	3
he saw something like	3
made in the following	3
temperature of the stratum	3
there is nothing in	3
on and keep on	3
that the phenomenon was	3
rest of the world	3
dust and atmospheric phenomena	3
the top and bottom	3
when the barometer is	3
as long as the	3
similar to our own	3
the old moon in	3
indicating the minimum temperature	3
resistance to our own	3
seems to have been	3
to set the instrument	3
be instantly translated to	3
black rain fell in	3
the system that preceded	3
be identified as anything	3
is supposed to be	3
of a mass of	3
ascertaining the humidity of	3
my acceptance is that	3
now we have an	3
is shown by the	3
with which they are	3
coke and charcoal and	3
system that preceded it	3
a decrease of pressure	3
old moon in new	3
to be a fraud	3
closed at the top	3
i think that we	3
mercury in the barometer	3
the top of a	3
and there was no	3
mountain and other barometers	3
of the tube when	3
i shall take up	3
bulb of the thermometer	3
stones that have been	3
bottom of the cistern	3
they have been found	3
nothing ever has been	3
temperature of the surface	3
found on the ground	3
an inch of rain	3
of gelatinous substance said	3
of miles an hour	3
the radiation from the	3
external to this earth	3
instantly translated to the	3
height due to barometric	3
a fall in the	3
and rain or snow	3
of high and low	3
there have been red	3
for the positive state	3
as to make the	3
placed side by side	3
land and sea breezes	3
the screw at the	3
radiation from the earth	3
the divisions of the	3
our acceptance that the	3
of the top of	3
in a horizontal direction	3
a whirlwind could scoop	3
the commencement of the	3
temperature of the sea	3
that some of them	3
that they are not	3
shall have to have	3
something that had been	3
top of the boiler	3
had seen it fall	3
as nearly as possible	3
of the fixed scale	3
aspect of the universal	3
the bishop of cloyne	3
tenths of a degree	2
the wind moving the	2
hailstones and lumps of	2
solution of all problems	2
with one on the	2
fill a single lock	2
finer threads of mercury	2
is the difference of	2
look to me like	2
magazine writer and author	2
the new dominant is	2
the same time be	2
of this is that	2
brought into contact with	2
are two kinds of	2
colored by sands from	2
mean temperature of air	2
must be obtained by	2
for determining the temperature	2
had ever been observed	2
with the mountain thermometer	2
a notion of a	2
was an instance of	2
he had seen similar	2
call attention to the	2
large number of observations	2
not be able to	2
disregards are that there	2
horses and trees and	2
of a sort of	2
to the upright position	2
i begin to suspect	2
in the library of	2
so much so as	2
as the temperature falls	2
an attempt was made	2
the disappearance of the	2
a stroke of lightning	2
of adams and leverrier	2
which depends upon the	2
a knowledge of the	2
so as to render	2
at about the time	2
we think of as	2
the verge of the	2
rains are colored by	2
a fog is a	2
the quantity of rain	2
having the same temperature	2
if the sky be	2
exact temperature at any	2
its aspect of isolation	2
drift of the air	2
the whole sky is	2
a light that is	2
falls in the tube	2
of air of different	2
upon it is said	2
gave his opinion that	2
were nothing but seeds	2
calm in a single	2
object that fell at	2
three inches in diameter	2
lower portion of the	2
into rain by the	2
if we try to	2
the depth of the	2
host of other worlds	2
been found in ireland	2
time there had been	2
a stick of sealing	2
the wrath of azuria	2
lumps the size of	2
air between the stations	2
the whole instrument is	2
immaterial in terms of	2
the signal service observer	2
rest of the tube	2
light is admitted to	2
and over this earth	2
the immaterial in terms	2
over a small town	2
that seem to have	2
esoteric ones of this	2
the cone is hoisted	2
the ease with which	2
the mercury is introduced	2
a storm in florida	2
the monthly notices of	2
and that there is	2
neck of the bottle	2
that the things have	2
so many of these	2
our notion of cargoes	2
incline to accept that	2
the invention of the	2
scoop up a pond	2
of temperature with ascent	2
three and a half	2
lower surface of the	2
the gay motes that	2
hundred and fifty instances	2
for any length of	2
secret communication with certain	2
of some use after	2
is not more than	2
by the french academy	2
he found that the	2
diameter of bore of	2
wireless communication with the	2
as sand from an	2
which was a substance	2
in order to render	2
appearance of the sun	2
been no eclipse whatever	2
upper limit of the	2
there is no denial	2
birds that have fallen	2
the presence of a	2
is known as a	2
to a great extent	2
lead to new england	2
is that invented by	2
and the pencil is	2
to jump to the	2
no discussion of this	2
an important influence upon	2
be seen in the	2
hundred feet of the	2
height of the upper	2
temperature of the ocean	2
at a given place	2
air at a temperature	2
during the night the	2
the wind with altitude	2
roughly broken fragments of	2
take place in the	2
course of many years	2
that we must have	2
it was not an	2
a letter from another	2
the index in the	2
was said that the	2
the spirit of the	2
at the mouth of	2
temperature of the atmosphere	2
the sky of this	2
a letter from prof	2
the atmosphere over our	2
states of the atmosphere	2
it seems incredible that	2
for a good part	2
a strange sulphurous vapor	2
an inch to an	2
vapour rising from the	2
by a brass arm	2
blue end of the	2
for admitting the air	2
to the action of	2
mentor association is to	2
heights from observations with	2
receiving space of the	2
by assurances that they	2
air right above the	2
the attribute of the	2
arrival upon this earth	2
the addition of the	2
found in the snow	2
a meteorological kite the	2
mice are put into	2
for ditto negretti and	2
waking up one morning	2
of these fishes were	2
of two or more	2
was seen a luminous	2
larval forms of life	2
a change of weather	2
the barometer readings at	2
in a relative sense	2
the upper point of	2
wind was blowing from	2
there have been such	2
to use the instrument	2
some of them were	2
see the report of	2
the asiatic society of	2
something that he had	2
a correspondent to the	2
the manner of protecting	2
our data are of	2
giants upon this earth	2
be placed on the	2
tube when the instrument	2
exact height of the	2
over and over again	2
the rate at which	2
the same place an	2
in the zenith to	2
map by goode fig	2
ditto ditto ditto with	2
and is capable of	2
the false lights of	2
they are of an	2
the seven black rains	2
inches in this instrument	2
i offer it as	2
there seemed to be	2
fitted up as a	2
they may have been	2
on the face of	2
one place and down	2
times more hazed than	2
that had been found	2
of the most interesting	2
the velocity in miles	2
to the amount of	2
says that he has	2
as i have said	2
meteorological phenomena in your	2
that is made in	2
observations made on the	2
later another fall of	2
than at any other	2
where it will remain	2
behind by visitors from	2
methods will be the	2
they will be found	2
to explain in detail	2
the stem of the	2
these instruments without causing	2
allow the mercury to	2
says that he can	2
may have come here	2
i could not see	2
about yards long and	2
the morning until night	2
the positive charge in	2
has been taken as	2
the variations of atmospheric	2
that we may be	2
say that he was	2
is the result of	2
she represents universal failure	2
not merely coated with	2
that he had no	2
in the aspects of	2
on the th and	2
designed to register the	2
was looking at the	2
the scale from the	2
end of the mercury	2
think of a good	2
is mention of a	2
been picked up immediately	2
may approximate higher to	2
the upper portion of	2
atmosphere over our heads	2
be moved in the	2
likely to be of	2
another correspondent writes that	2
by the surrounding water	2
warmer than the air	2
shaped bodies that have	2
is perhaps the most	2
and disregard for the	2
the mercury falls in	2
up to the zero	2
the water boils at	2
objects that fell at	2
between realness and unrealness	2
square of the velocity	2
that we call the	2
on a summer day	2
false lights of durham	2
table of meteorological elements	2
upon one of them	2
bottom of the cylinder	2
indicates the temperature of	2
you be of the	2
air along the path	2
a communication to the	2
again and again this	2
i have had one	2
or realness and unrealness	2
has ever fallen from	2
but now we shall	2
of the dryness of	2
expression is that the	2
in the presence of	2
mercury is made to	2
that a whirlwind might	2
dry wet or or	2
the experiments show that	2
cooling of the higher	2
the scales of barometers	2
to have what is	2
the ground was frozen	2
in some of the	2
summer and winter winds	2
point in intermediatism here	2
be seen through the	2
the observatory on monte	2
calculating heights by the	2
and their dream of	2
the barometer must be	2
it is a well	2
been made by a	2
barometer as a weather	2
has been given to	2
must be a very	2
seen to cross the	2
observations at ben nevis	2
ten minutes past four	2
that was seen to	2
characteristics of the weather	2
difficult to accept that	2
shaded from the sun	2
some day be displaced	2
verge of the antarctic	2
of the same length	2
be found from the	2
that momus is imagining	2
the leyden museum of	2
the result was a	2
sufficient to receive the	2
top of the stand	2
to the accuracy of	2
the dry bulb thermometer	2
table of vapour tension	2
taking the temperature of	2
the edges of the	2
are required for ascertaining	2
with a scale of	2
we have data of	2
so that they may	2
this substance fell in	2
the height above the	2
phosphorescence in the water	2
is about four times	2
the outrageous to the	2
they were nothing but	2
the main source of	2
to the right of	2
the rate of miles	2
barometric pressure at the	2
the united states are	2
should be done in	2
in the morning until	2
of the lower clouds	2
of one inch in	2
of visibility of the	2
that no one ever	2
of fishes that have	2
if this could be	2
the reported fall of	2
that they had seen	2
first romans came from	2
the sky has been	2
may be obtained by	2
be seen at a	2
which are not final	2
substance that was not	2
that all these words	2
one end to the	2
has risen from the	2
that he had ever	2
rises from the ground	2
portion of air in	2
the wind ruffles the	2
takes place in the	2
the conclusion that they	2
on the health of	2
fall of flinty stones	2
spread over the whole	2
come all the way	2
and hundredths of an	2
had seen this object	2
length of the column	2
carries with him a	2
too fast for a	2
that no amount of	2
easy to say that	2
the details of construction	2
had been seen by	2
that looked like a	2
that this thing had	2
wind ruffles the top	2
marked upon the tube	2
made to revolve on	2
more to the right	2
in the monthly notices	2
a hole at the	2
higher than one on	2
an attempt to break	2
into tenths of degrees	2
opening in the cover	2
have what is called	2
the interval between the	2
this substance was not	2
the acceptance that they	2
at the liverpool observatory	2
coal that has fallen	2
are those who admit	2
of the coming weather	2
is made to fit	2
of things that fall	2
great galleries of the	2
upon to explain the	2
barometer with electrical adjustment	2
nearly real than our	2
objects have fallen from	2
condensing power of dust	2
vapour of the air	2
the vernier reads to	2
one part of the	2
even wireless communication with	2
so many of them	2
more than i can	2
the appearance of this	2
data of the damned	2
in a space of	2
cohesion with the main	2
of something in terms	2
found upon this earth	2
in the same direction	2
he carries with him	2
or the state that	2
and the usual practice	2
may be used as	2
in an old cultivated	2
the inches on the	2
the danish meteorological institute	2
of summer and winter	2
by a change of	2
science of meteorology than	2
by a great amount	2
steam and sailing vessels	2
seen at a glance	2
of a glass syphon	2
the thing may have	2
be able even to	2
that which has nothing	2
it is a kind	2
that there are tramp	2
a little study in	2
mile and a half	2
which nothing is finally	2
because we speak of	2
to the exigencies of	2
that the new dominant	2
to fill the tube	2
likely to be exposed	2
upper surface of the	2
the air at that	2
is nearly filled with	2
of the mercury within	2
the explanation that the	2
at an elevation of	2
the needle to zero	2
that the earth is	2
fall to the ground	2
in our own expressions	2
fall of the mercury	2
upper portion of the	2
of the notion that	2
to give notice of	2
a fall of pollen	2
had made the marks	2
and other parts of	2
that seems to have	2
are colored by sands	2
upon the fluctuations of	2
rains and black snows	2
it is well known	2
part of the frame	2
below the surface of	2
fishes that have fallen	2
had been split by	2
there is no attempt	2
paths of high and	2
thousandths of an inch	2
a flash of electricity	2
a stationary source overhead	2
of air at different	2
to the indications of	2
side of an aerial	2
the hypnosis of the	2
now we shall have	2
have been attributed to	2
given to the instrument	2
it may be safely	2
of the milled head	2
the beginning of the	2
dogmatically said to be	2
two and a half	2
spirits of wine will	2
of the block of	2
should be sulphurous is	2
is divided into equal	2
in the long limb	2
called upon to explain	2
not seen to fall	2
as hard as steel	2
to our own notions	2
in our intermediate state	2
seven black rains of	2
the oneness of quasiness	2
the barometric pressure at	2
sky to this earth	2
liability of disturbance from	2
is now ready for	2
but from which water	2
and it is very	2
vapour and carbonic acid	2
he had seen something	2
denote the state of	2
the structure of the	2
in the barometric column	2
that fall on the	2
in the weather book	2
it would be a	2
the power of the	2
which there is a	2
carbonaceous substance that fell	2
great prevalence of fog	2
the air above the	2
barometer and domestic weather	2
the readings are almost	2
than the natives know	2
passes over the wheel	2
public service at sea	2
of the city of	2
this accounts for the	2
the ground was found	2
the substance that looked	2
on either side of	2
be very accurately graduated	2
of precisely the same	2
will be found serviceable	2
must be remembered that	2
electricity of the body	2
is commonly and absurdly	2
as it cannot be	2
the state that we	2
to be seen in	2
came out of the	2
nothing can be proved	2
under surface of the	2
colder than the air	2
it is described in	2
is made of boxwood	2
of the east indian	2
a number of years	2
scale from the top	2
i am very much	2
the same temperature as	2
say that they came	2
been formed in this	2
light was seen in	2
if the atmospheric pressure	2
it was a thick	2
that the fixed stars	2
or have surrendered to	2
as we have seen	2
the instrument is inverted	2
the kew marine barometer	2
and its reflected image	2
and the action of	2
between the positive absolute	2
to what part of	2
to allow of the	2
central office of the	2
a rise of temperature	2
that which is not	2
the air and the	2
there would have been	2
upper point of the	2
some of our acceptances	2
small portion of air	2
been going on for	2
of the barometer is	2
a disk of worked	2
mean height of the	2
a decrease of heat	2
attempt was made by	2
parts are made to	2
in contact with a	2
increase or decrease of	2
in the philosophical magazine	2
the highest temperature of	2
a ship of war	2
of life relatively to	2
an imaginary line on	2
toward the centre of	2
the total eclipse of	2
have been colored by	2
rising and falling and	2
but our acceptance is	2
is not worth while	2
portion of the tube	2
visits to this earth	2
of one of them	2
the correction is additive	2
about the same place	2
state in which nothing	2
the maximum temperature attained	2
air at any time	2
living things in the	2
to hold out against	2
tenth of a cubic	2
a word as to	2
the quotient will be	2
objects in the air	2
difference between the two	2
rate of miles an	2
of something that is	2
not only of the	2
which the clouds are	2
that an aneroid barometer	2
that most of the	2
and not a celestial	2
when the water is	2
peoples of this earth	2
interior of the tube	2
end of the spectrum	2
the diurnal variation of	2
that there is not	2
this barometer it is	2
the south of the	2
it is now in	2
an object that looked	2
upon the grave creek	2
the principle of the	2
two or three times	2
for the development of	2
were found on the	2
the tube is enclosed	2
under the mean pressure	2
of vapour at the	2
of cubic inches capacity	2
the diminution of pressure	2
he went to the	2
on the disk of	2
to render it portable	2
dew on the grass	2
seven and a half	2
causing injury to them	2
its system of winds	2
you have only to	2
comparison with another thermometer	2
of fog or mist	2
for the points of	2
the collapse of the	2
the supply of water	2
have to take up	2
but on the contrary	2
the temperature of boiling	2
most of them are	2
i can think of	2
the instruments in use	2
of a small town	2
the front of an	2
music critic of the	2
when a large number	2
according to our acceptance	2
fields of ice in	2
an area of high	2
difference of temperature of	2
at the distance of	2
depth to which the	2
considerable distance from the	2
measurement of heights by	2
particles in a fog	2
this is a thing	2
the science of today	2
to hundredths of an	2
bulbs of the thermometers	2
that could be said	2
only with some other	2
or depression or low	2
disturbance from compression by	2
the equilibrium of the	2
that the thing had	2
broadcast over the country	2
freezing point of water	2
can be found in	2
mercury falls in the	2
more than half an	2
be doing well enough	2
on the continent as	2
velocity of summer and	2
it would be impossible	2
in an intermediate existence	2
base map by goode	2
air over the land	2
the attitude of the	2
indications of the hygrometer	2
an ascent was made	2
the spirit of this	2
from the mind of	2
president of the american	2
may be remarked that	2
means of the milled	2
when the sky is	2
according to a scale	2
more than the steel	2
the atmospheric pressure decreases	2
stream blowing into a	2
that they could not	2
of what is called	2
about twenty years ago	2
being no phosphorescence in	2
rise or fall in	2
with an interval of	2
from the london meteorological	2
the barometer will be	2
division of the scale	2
body that was seen	2
practice is to test	2
appointed by the french	2
eighths of an inch	2
would be separated from	2
shores of the mediterranean	2
is not a real	2
that in the tube	2
have so often been	2
of water is due	2
fallen in enormous numbers	2
places having the same	2
for ascertaining the absolute	2
but if the mercury	2
it can be made	2
little more than a	2
man of his time	2
the number of stars	2
there is a medium	2
in the same horizontal	2
shown in the illustration	2
for a few minutes	2
five or six miles	2
not to be in	2
very much like what	2
except wet from wet	2
but in relative terms	2
found from the formula	2
the instrument should be	2
of calculating heights from	2
movements of the ship	2
and the notion of	2
second patent mercurial minimum	2
in a lump of	2
end of the thermometer	2
it so that the	2
volume of the scientific	2
the freezing point of	2
there should be no	2
not live up to	2
that the low temperature	2
it had been a	2
taken as an absolute	2
moves to the right	2
to the right or	2
will be a tendency	2
of the weather on	2
ascertaining the atmospheric pressure	2
been attached to a	2
no phosphorescence in the	2
of magnifying the barometer	2
the bend of the	2
a length of time	2
absolute heating effect of	2
in the autumn of	2
birds of baton rouge	2
that the stronghold of	2
a substance that had	2
of them have been	2
its axis by a	2
on the square foot	2
in a communication to	2
we have thought of	2
of the interior of	2
summer and early autumn	2
the instrument is being	2
to the general circulation	2
been known to fly	2
to the gold leaf	2
and lumps of ice	2
mouse and a bug	2
were thousands of them	2
that they were of	2
the old dominant and	2
will take some time	2
to the height of	2
way of knowing what	2
page of this volume	2
for registering the direction	2
the vernier be moved	2
should be placed on	2
in the short tube	2
upper layers of the	2
identified it as a	2
an opening in the	2
the purpose of ascertaining	2
and the setting sun	2
a multitude of data	2
of the air from	2
lower and upper stations	2
between mercury and the	2
conceive of one inter	2
to have the appearance	2
in the dutch west	2
in the world are	2
this year had it	2
come from external regions	2
when a ray of	2
it will do us	2
a field of ice	2
to our data of	2
is composed of a	2
moving at high velocity	2
we now come to	2
the mercury in a	2
is a sign of	2
told that the substance	2
a whole new science	2
the air is not	2
would be a real	2
by the fall of	2
may bring about a	2
to resist the pressure	2
which there are no	2
editor of the monthly	2
that was found in	2
in which was a	2
the right of the	2
heard throughout the city	2
instruments for ascertaining temperature	2
accounted for in only	2
the product of exclusion	2
attribute of the universal	2
i have another note	2
are observations by astronomers	2
the oxygen in the	2
some of the inhabitants	2
account of this occurrence	2
internal diameter of the	2
that the moon has	2
the very essence of	2
relatively near the earth	2
letters to denote the	2
unlike any other found	2
of temperature and humidity	2
the edinburgh philosophical journal	2
mention can i find	2
is to a great	2
the cistern is of	2
mercury to the top	2
much attention has been	2
in the external air	2