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
in the united states	41
for dynamo electric machines	34
regulator for dynamo electric	33
at the end of	31
system of electrical distribution	29
at the same time	28
a great deal of	25
it will be seen	25
the development of the	25
as a matter of	24
from time to time	23
the end of the	23
a large number of	21
by means of a	20
the resistance of the	20
on the part of	19
the edison electric light	19
was one of the	19
one of the most	18
the pearl street station	18
from the fact that	18
a matter of fact	18
by reason of the	18
edison electric light company	17
of the united states	17
the western union telegraph	17
of the edison electric	17
between new york and	16
the close of the	16
will be seen that	16
the fact that the	16
in connection with the	16
the invention of the	16
of the electric light	15
with the aid of	15
for the purpose of	15
subdivision of the electric	15
of the new york	15
in the case of	14
all parts of the	14
western union telegraph company	14
as well as the	14
system of electric lighting	14
dynamo or magneto electric	14
the use of the	14
on account of the	14
the introduction of the	13
of incandescent electric lamps	13
at the present time	13
on the other hand	13
manufacture of incandescent electric	13
at the rate of	13
the operation of the	13
in the mean time	12
to the fact that	12
the subdivision of the	12
one end of the	12
the strength of the	12
of the incandescent lamp	12
by means of which	12
solution of the problem	12
of one of the	12
of the western union	12
the american institute of	11
in the way of	11
for a long time	11
a great variety of	11
in the patent office	11
for the benefit of	11
the new york edison	11
that it would be	11
at the time of	11
at the close of	11
in one of the	11
it is interesting to	11
interesting to note that	11
in the production of	11
is interesting to note	11
is not to be	11
the production of a	10
as a means of	10
at the foot of	10
the centre of the	10
at the other end	10
in the construction of	10
institute of electrical engineers	10
electric light and power	10
the history of the	10
to the conclusion that	10
united states circuit court	10
up to that time	10
the early days of	10
in the hands of	10
the beginning of the	10
in new york city	10
american institute of electrical	10
of the fact that	10
the office of the	10
one of the greatest	10
state of the art	10
of a series of	9
in the course of	9
in the form of	9
the top of the	9
the use of a	9
a great number of	9
in the summer of	9
in the shape of	9
that it could be	9
the united states circuit	9
invention of the incandescent	9
new york edison company	9
it is difficult to	9
that is to say	9
of the electric current	9
it is true that	9
the solution of the	9
out of the window	9
at one end of	9
of the civil war	9
it will be noted	9
gold stock telegraph company	9
by the fact that	9
in the early days	9
at the present writing	9
the cause of the	9
manufacture of carbon filaments	9
in the fact that	9
the part of the	9
in the line of	9
it is stated that	8
through the medium of	8
made up my mind	8
and at the same	8
the source of energy	8
in view of the	8
united states patent no	8
it is said that	8
electrical transmission of power	8
it may be noted	8
end of the line	8
a high degree of	8
when it is stated	8
by the use of	8
and one of the	8
be said to have	8
quarter of a century	8
on the main line	8
the state of the	8
of an entirely new	8
the life of the	8
in the same way	8
new york and washington	8
the case of the	8
the gold stock telegraph	8
parts of the world	8
by one of the	8
at the top of	8
as we have seen	8
is one of the	8
in the same direction	8
it was not until	8
in addition to the	8
to do with the	8
in the middle of	8
the edison general electric	8
by means of the	8
for the first time	8
to the effect that	8
and a host of	8
both sides of the	8
the middle of the	8
edison general electric company	7
that one of the	7
a quarter of a	7
and there is no	7
the foot of the	7
each end of the	7
of a complete system	7
one hundred and twenty	7
in the development of	7
in contact with the	7
on the other side	7
he had made a	7
it is not to	7
at each end of	7
in the manufacture of	7
as one of the	7
edison and his associates	7
carbons for electric lamps	7
in the new york	7
in the history of	7
or magneto electric machines	7
the latter part of	7
the hands of a	7
in front of the	7
the united states patent	7
in order to obtain	7
the grand trunk railroad	7
one of the great	7
the general electric company	7
the coming of the	7
and small radiating surface	7
or magneto electric machine	7
one of the first	7
the construction of the	7
it will be understood	7
to the homes of	7
the result of the	7
the edison storage battery	7
two hundred and fifty	7
in the direction of	7
borne in mind that	7
in the field of	7
to the development of	7
it was found that	7
about the size of	7
to the use of	7
at the head of	7
will be noted that	7
resistance and small radiating	7
there is no doubt	7
it is not surprising	7
be found in the	7
be borne in mind	7
that he did not	7
one of the laboratory	7
it will be remembered	7
in the nature of	7
the fact that he	7
the new york herald	6
the commercial development of	6
the number of lamps	6
of high resistance and	6
to the extent of	6
automatic determining device for	6
a vast amount of	6
close of the war	6
it was at this	6
there had been a	6
of the edison company	6
in electric light and	6
was due to the	6
one of the writers	6
for incandescent electric lamps	6
that he could not	6
at that time was	6
the atlantic pacific telegraph	6
type of storage battery	6
the art as it	6
the front of the	6
is shown in the	6
the other end of	6
all over the country	6
it may be stated	6
may be noted that	6
determining device for phonographs	6
needless to say that	6
it is needless to	6
as if he were	6
the development of a	6
on both sides of	6
with the western union	6
once in a while	6
at a time when	6
he did not know	6
up my mind that	6
every part of the	6
to one of the	6
on the face of	6
the bottom of the	6
there was a great	6
is known as the	6
the head of the	6
in the light of	6
treating carbons for electric	6
i did not know	6
be seen that the	6
at the time he	6
he went back to	6
the direction of the	6
united states patent office	6
high resistance and small	6
from the standpoint of	6
the united states and	6
as if he had	6
of the most important	6
of an inch in	6
one hundred and fifty	6
to go into the	6
it could not be	6
district of new york	6
the story of the	6
the length of the	6
the employment of a	6
there has been a	6
he went to the	6
that he was the	6
of the preceding narrative	6
in advance of the	6
in such a manner	6
from all parts of	6
application for a patent	6
as well as for	6
of the american institute	6
the flow of current	6
in eighteen hundred ninety	6
to me and said	6
the fact that edison	6
little journeys to the	6
journeys to the homes	6
one of the boys	6
up to this time	6
the end of a	6
the making of a	6
the growth of the	6
the size of a	6
the movement of the	6
eclipse of the sun	6
the world has ever	6
the size of the	6
the homes of the	5
and in this manner	5
the association of edison	5
in the habit of	5
up to the time	5
by means of an	5
such a manner that	5
in the effort to	5
development of the art	5
he was going to	5
led up to the	5
i told him i	5
so that it could	5
are to be seen	5
as shown by the	5
at that time i	5
his invention of the	5
atlantic pacific telegraph company	5
commercial development of the	5
it became necessary to	5
the evolution of the	5
the early part of	5
it was the first	5
an immense amount of	5
of the development of	5
the shafts of the	5
the edison machine works	5
as the result of	5
as to what he	5
conceived the idea of	5
of the university of	5
world has ever known	5
of the pennsylvania railroad	5
two or three years	5
which there was a	5
should be borne in	5
hundred and fifty barrels	5
the formation of the	5
the vibrations of the	5
the form of a	5
great deal of trouble	5
a year or two	5
is needless to say	5
the national phonograph company	5
that it was a	5
the movements of the	5
some of the most	5
the production of the	5
the scope of this	5
it must be remembered	5
other end of the	5
to the world as	5
it was he who	5
to the present day	5
was the first to	5
in order that the	5
has already been made	5
on top of the	5
on the subject of	5
a few years ago	5
the time of the	5
of edison illuminating companies	5
if it were not	5
of edison and his	5
the benefit of the	5
due to the fact	5
so as to be	5
a few of the	5
in favor of the	5
came to me and	5
as compared with the	5
over and over again	5
had a number of	5
the manager of the	5
an entirely new art	5
on the incandescent lamp	5
i was going to	5
with a capacity of	5
for burning portland cement	5
the face of the	5
the manufacture of the	5
men and women who	5
in the spring of	5
the principle of the	5
it is impossible to	5
apparatus for burning portland	5
the electric light and	5
at the time the	5
to a high degree	5
the course of a	5
in connection with this	5
president of the edison	5
tells the following story	5
that there was a	5
the end of this	5
the effect of the	5
from the source of	5
growth of the business	5
hundred and fifty feet	5
for the reason that	5
be noted that the	5
by the name of	5
from first to last	5
to the receiving end	5
and that it was	5
in the presence of	5
down to the present	5
of the value of	5
third of a mile	5
but it was not	5
it was in the	5
on account of its	5
it is to be	5
in the local circuit	5
in the cost of	5
in which edison has	5
end of the room	5
will be remembered that	5
the automatic telegraph company	5
so that he could	5
company of new york	5
in charge of the	5
one side of the	5
of the present day	5
to the point of	5
so arranged as to	5
pearl street station was	5
with the use of	5
station in new york	5
brought to bear on	5
some idea of the	5
of the storage battery	5
that i did not	5
parts of the country	5
in spite of the	5
it should be borne	5
of and apparatus for	5
line to the receiving	5
he said to me	5
of the carbon transmitter	5
to the centre of	4
growth of the industry	4
at home and abroad	4
to take up the	4
about the same time	4
the atlantic pacific company	4
the object of the	4
six feet in diameter	4
states circuit court for	4
in this manner the	4
as an inventor and	4
the ends of the	4
through the use of	4
the man who had	4
at the orange works	4
new york on the	4
the success of the	4
a vast number of	4
world at that time	4
in a few seconds	4
the conclusion that the	4
in the laboratory note	4
a curious fact that	4
he said to the	4
general manager of the	4
the name of the	4
lights to the horse	4
on the floor of	4
on the ground floor	4
the nature of the	4
was given to the	4
i am going to	4
president of the american	4
one of his assistants	4
the light of the	4
in contact with a	4
the current from a	4
a number of small	4
at the corner of	4
new type of storage	4
on each side of	4
his attention to the	4
that he had made	4
career as an inventor	4
as to be capable	4
thousandth of an inch	4
thousand dollars a year	4
by edison in the	4
the orange valley plant	4
other side of the	4
in the face of	4
system in new york	4
right up to the	4
one of the earliest	4
why did he not	4
the only one in	4
is true that the	4
during the latter part	4
the dots and dashes	4
of the same year	4
order to obtain the	4
the southern district of	4
to go to the	4
in new york on	4
it was one of	4
each side of the	4
art of electric lighting	4
so as to get	4
the father of the	4
to be capable of	4
about this time i	4
a long series of	4
out of the question	4
incidentally it may be	4
of phonographs and records	4
in the preparation of	4
the results of this	4
in regard to the	4
at a distance of	4
to show me the	4
the legion of honor	4
of resistance in the	4
then goes on to	4
southern district of new	4
i got up a	4
one of the men	4
into the hands of	4
for the production of	4
this was one of	4
vibrations of the diaphragm	4
in this case the	4
is no doubt that	4
of current from the	4
he was obliged to	4
it was to be	4
it is desired to	4
i think it was	4
was applied to the	4
of the electrical energy	4
and it was a	4
development of the edison	4
was made of the	4
of the edison light	4
by the edison company	4
in the office of	4
of the art as	4
within the limits of	4
the edison electric illuminating	4
as a substitute for	4
goes on to say	4
to the end of	4
told me that he	4
circuit court for the	4
in every part of	4
the days of the	4
introduction of the telephone	4
will be at once	4
a large part of	4
as far back as	4
as if it were	4
suffice it to say	4
the curious fact that	4
the hands of the	4
the aid of a	4
and wanted to know	4
paid no attention to	4
of the art of	4
to find out the	4
like that of a	4
a table in the	4
a good deal of	4
in the midst of	4
invention of the phonograph	4
a message to garcia	4
the new york central	4
the manner in which	4
as well as a	4
shown in the sketch	4
this is a very	4
the exploitation of the	4
i replied that i	4
the invention of a	4
and i have no	4
the main line to	4
in the arts and	4
for the use of	4
decided to go into	4
and put it on	4
it was not a	4
the path to the	4
independent control of each	4
in eighteen hundred forty	4
on the trail of	4
that there would be	4
the next morning i	4
a large amount of	4
the inventor of the	4
of some of the	4
core of the armature	4
states circuit court of	4
of one hundred and	4
and on the other	4
a special type of	4
to build up a	4
to come to the	4
of the grand trunk	4
the arts and sciences	4
i thought it was	4
of the phonograph was	4
the fact that in	4
on a commercial basis	4
is worthy of note	4
the action of the	4
at the bottom of	4
i went to the	4
thousandths of an inch	4
to one of his	4
a few months later	4
the opening of the	4
so far as i	4
that it was he	4
but there was no	4
or dynamo electric machines	4
and all the other	4
a member of the	4
control of each unit	4
and a number of	4
new york and philadelphia	4
a complete system of	4
the progress of the	4
to which he replied	4
method of and apparatus	4
of the edison storage	4
to new york and	4
a number of years	4
of the new art	4
in which he was	4
on the end of	4
i learned afterward that	4
and told him to	4
carbons for electric lights	4
in the electrical world	4
did not know what	4
them for forty cents	4
as in the case	4
the other side of	4
the fact that i	4
side of the system	4
according to his own	4
during the progress of	4
an idea of the	4
the mere fact that	4
solutions for chemical telegraph	4
there was nothing in	4
metallic films or flakes	4
at the receiving end	4
in the western union	4
of a man who	4
i was told that	4
over a single line	4
making metallic films or	4
in all parts of	4
the rest of the	4
the western union and	4
in a few days	4
cause of the trouble	4
filament for incandescent lamps	4
circuit court of appeals	4
hundreds of thousands of	4
to enter into any	4
of the edison general	4
large sum of money	4
for the western union	4
of the general electric	4
the site of the	4
the top of a	4
me to come to	4
to get out of	4
in the centre of	4
one of the largest	4
thousand words a minute	4
with one of the	4
been given to the	4
no account of the	4
used for many years	4
it is easy to	4
it will be readily	4
in the opposite direction	4
to have been the	4
the manufacture and sale	4
there was very little	4
series with the armature	4
in new york to	4
of not less than	4
that edison did not	4
it would have been	4
the operator at the	4
of the legion of	4
carried on at the	4
sold them for forty	4
in those days of	4
any part of the	4
to be found in	4
toward the end of	4
very weak electric impulses	4
in the ordinary way	4
one of the many	4
in the cellar of	4
the north american review	4
a large quantity of	4
to the menlo park	4
but it is not	4
of the nineteenth century	4
of the author of	4
as part of the	4
to that of the	4
magneto or dynamo electric	4
something to do with	4
sixteenth of an inch	4
a mile in length	4
in proportion to the	4
as shown in the	4
and the results were	4
on account of his	4
it will have been	4
messages could be sent	4
made the acquaintance of	4
edison electric illuminating company	4
from the central station	4
in the open air	4
given to the world	4
a few years later	4
an enormous amount of	4
number of lamps in	4
some part of the	4
commutator for dynamo electric	4
may be considered as	4
in the operation of	4
must be remembered that	4
and for some years	4
in eighteen hundred seventy	4
did not know that	4
so that it would	4
on a large scale	4
the earliest days of	4
of the bell telephone	4
to the present time	4
under the auspices of	4
to be able to	4
for the distribution of	4
is connected to the	4
at the crystal palace	4
strength of the current	4
the effect that the	4
when we consider the	4
manufacture of carbons for	4
was found that the	4
and he did not	4
resistance of the long	4
it was on the	4
part of the plant	4
in a previous chapter	4
be quoted as to	4
of a new art	4
the power of the	4
to be in the	4
went down to the	4
in the world to	4
in the scientific american	4
the western union office	4
in a few minutes	4
the president of the	4
was a man of	4
the public at large	4
had something to do	4
that of any other	4
the owners of the	4
to the art of	4
and some of them	4
be remembered that the	4
for the time being	4
made a number of	4
to the united states	4
up to the present	4
at the paris exposition	4
of the problem of	4
with the source of	4
manufacture and sale of	4
why was it not	4
from one of the	4
the incandescent electric lamp	4
when it came to	4
work at menlo park	4
with his own hands	4
to say that i	4
direction of the current	4
has been made to	4
be seen in the	4
me that he had	4
in the resistance of	4
and it was not	4
days of electric lighting	4
one of the very	4
was known as the	4
had to be done	4
has already been described	4
of the incandescent electric	4
in series with the	4
from year to year	4
along the line of	4
in the life of	4
but there is a	4
association of edison illuminating	4
a series of experiments	4
with the idea of	4
sides of the atlantic	4
for a patent on	4
said to have been	4
in all its parts	4
when the key is	4
on one side of	4
six hundred and fifty	3
circuit of an induction	3
on the grand trunk	3
latter part of the	3
dynamo electric machines july	3
an important part in	3
and up to the	3
of the village of	3
made a deep impression	3
various parts of the	3
in use at the	3
i found that the	3
to be used for	3
the reader will see	3
the many years of	3
may be quoted as	3
the direction of flow	3
at this time and	3
the franklin telegraph company	3
and fifty feet high	3
the successive positions of	3
i did not care	3
current would flow through	3
during the course of	3
of the things that	3
for which he had	3
a description of the	3
to say that the	3
which would be required	3
the work of the	3
the full significance of	3
him as soon as	3
have been known to	3
as far as possible	3
the idea of a	3
referred to in the	3
of the quantity of	3
accomplished by means of	3
of a mile in	3
he may be quoted	3
no doubt that the	3
have been made by	3
story of this period	3
into long and short	3
is limited to a	3
the armature of the	3
resulting in the production	3
the time he was	3
that he had never	3
would be sure to	3
and the man who	3
bar of soft iron	3
to note that in	3
or contraction of the	3
two sets of molds	3
that it did not	3
sent out on the	3
patents relating to the	3
was not satisfied with	3
in order to bring	3
and laid them on	3
means of a hand	3
to not less than	3
put into actual use	3
to which it is	3
have been issued to	3
in new york for	3
of the evolution of	3
of this period of	3
applied to the rolls	3
at any one time	3
in form to the	3
at the time was	3
him in new york	3
a long time to	3
a number of these	3
on the floor above	3
for which there was	3
all the way to	3
those relating to the	3
in the iron age	3
of the edison system	3
a whole lot of	3
order that he might	3
in the pearl street	3
in the use of	3
may be taken as	3
all over the world	3
had a little lamb	3
the work of hertz	3
of the locomotive was	3
striking example of the	3
to the day of	3
the polarity of the	3
a small piece of	3
was put in operation	3
out of a job	3
some of the others	3
the demand for the	3
the reader has already	3
he had been working	3
the church of saint	3
on which the sound	3
a mile from the	3
it seems to me	3
of the station and	3
into a number of	3
as to what i	3
and a great many	3
further from the truth	3
the first to make	3
in the morning and	3
at the edison machine	3
could not get louisville	3
may be said to	3
he would have to	3
all of which were	3
arose from the fact	3
the possibilities of the	3
on the positive side	3
even in spite of	3
go into the cement	3
but a short time	3
as soon as he	3
it had not been	3
for the development of	3
there was only one	3
so as to give	3
a reproduction of the	3
that he had to	3
the incandescent lamp was	3
was at that time	3
upon which he was	3
for a short time	3
of the principles involved	3
i was in the	3
the university of pennsylvania	3
for the manufacture of	3
of the laboratory note	3
second of an inch	3
is a matter of	3
the united states electric	3
in the transmission tape	3
long and short periods	3
of the civilized world	3
which at the time	3
to alexander graham bell	3
to be given to	3
too well known to	3
did not like it	3
the world at that	3
a keen sense of	3
over one of the	3
the laboratory at orange	3
of the north american	3
and by means of	3
i found that they	3
to new york in	3
the author of jane	3
which he could not	3
scope of this narrative	3
in new york state	3
so much so that	3
the night of the	3
a friend of mine	3
the example of his	3
of the associated press	3
i told him to	3
of his time to	3
one of the best	3
the nature of a	3
of new york and	3
may be stated that	3
three hundred and fifty	3
the scientific american of	3
in favor of edison	3
known as the tree	3
a host of other	3
brass and copper company	3
in the realm of	3
in like manner the	3
for the man who	3
in the cincinnati office	3
it seems that the	3
of the manner in	3
electric light and the	3
there are a few	3
of the orange laboratory	3
out to menlo park	3
the first man to	3
at the height of	3
and could see the	3
hundreds of pages of	3
a score of years	3
a good storage battery	3
in those days the	3
from the very first	3
and i was told	3
occurred to me that	3
was very fond of	3
it is one of	3
will have been gathered	3
the idea of the	3
the movements of a	3
if it could be	3
of the state of	3
that he had in	3
reader will probably be	3
i made up my	3
to have been made	3
of a large number	3
greater than that of	3
is still in use	3
the side of the	3
and carried on by	3
of united states patents	3
list of united states	3
until the beginning of	3
the social side of	3
in the preceding chapter	3
and when he was	3
known as the relay	3
may be seen in	3
he did not go	3
electric impulses in the	3
rapid growth of the	3
the cellar of the	3
when i was a	3
the first edison central	3
one and a half	3
the faces of these	3
is well known that	3
the vast majority of	3
by the new york	3
diaphragm on which the	3
in the last chapter	3
could be further from	3
states electric lighting company	3
of the american company	3
back of the house	3
apparent when it is	3
that portion of the	3
i went down to	3
manufacture of incandescent lamps	3
existed at the time	3
the paris exposition in	3
it were not for	3
said that it was	3
of the work of	3
court for the southern	3
yet there is a	3
it will be necessary	3
i asked him if	3
he could get the	3
was the beginning of	3
this time he was	3
go down to the	3
total eclipse of the	3
with a piece of	3
if ever there was	3
of the patent office	3
the introduction of his	3
the reference figures are	3
that many of the	3
of the lamp factory	3
to new york he	3
the entrance to the	3
of the edison lighting	3
laid the foundation of	3
iron core of the	3
for any length of	3
the enormous mass of	3
homes of the great	3
among which may be	3
already been described in	3
of the atlantic pacific	3
electric illuminating company of	3
there was no time	3
the effect of sound	3
to me that he	3
it did not take	3
is due to the	3
every one of the	3
first edison central station	3
a little less than	3
and it was very	3
i am sure that	3
the electric railway company	3
will be understood that	3
the ends of which	3
united states electric lighting	3
in seventeen hundred ninety	3
became president of the	3
he arrived at the	3
had a capacity of	3
i would go to	3
in the public mind	3
of an induction coil	3
the intensity of the	3
be of interest to	3
which are to be	3
by edison at the	3
it would be a	3
the fact that when	3
on the development of	3
at the right time	3
he had reached the	3
path for the current	3
is in universal use	3
an active part in	3
such a man as	3
applied for a patent	3
in some of the	3
will be found in	3
at the present day	3
study of the subject	3
for a number of	3
fact that he had	3
it is worthy of	3
the addition of a	3
a large sum of	3
on the lehigh valley	3
front of the locomotive	3
it was pointed out	3
chief engineer of the	3
hundred dollars a year	3
message is to be	3
manufacture of filaments for	3
he was told to	3
by the addition of	3
in the cement business	3
had been given to	3
the reader will probably	3
on the basis of	3
manner in which the	3
the edison company for	3
edison realized that he	3
will probably be interested	3
an application for a	3
the truth of this	3
to the man who	3
the grand trunk road	3
a portion of the	3
to the lay mind	3
they could not be	3
will be quite obvious	3
that could not be	3
be made of the	3
to the dignity of	3
with regard to this	3
it should be stated	3
the beginning of his	3
the voice of the	3
the bottom of a	3
one day in the	3
feet in diameter and	3
which may be mentioned	3
up to the point	3
a piece of metal	3
expansion or contraction of	3
between the drum and	3
in three or four	3
the product of the	3
the incandescent electric light	3
of the edison patents	3
and a half miles	3
would not do it	3
in this country and	3
to be the most	3
there is a little	3
projected upon a screen	3
of carbons for electric	3
american telegraphy and encyclopedia	3
capable of use as	3
national electric light association	3
in the annals of	3
i am glad to	3
in the list of	3
the efficiency of the	3
a man who has	3
i still had hopes	3
illuminating company of new	3
of his lighting system	3
it would seem to	3
direction of flow of	3
to look at the	3
make contact with the	3
was not only a	3
author of jane eyre	3
to the source of	3
the work of edison	3
will be seen from	3
the accuracy of the	3
application of the principles	3
in the art of	3
to the resistance of	3
of which i know	3
made it possible to	3
on the woman question	3
if he had any	3
more or less distant	3
of filaments for incandescent	3
did not seem to	3
to say that edison	3
one hundred and ten	3
other parts of the	3
and a few of	3
the last twenty years	3
on the ground that	3
by the action of	3
it has been said	3
it would be necessary	3
for a period of	3
could not be used	3
what was known as	3
the fact that they	3
was rotated by hand	3
been made of the	3
inventions to the world	3
and i like the	3
ideas as to the	3
in a straight line	3
laboratory at menlo park	3
for screening fine materials	3
it is well known	3
did not cease to	3
of the amount of	3
running parallel with the	3
in the intervening years	3
into the field of	3
to put up a	3
exchanges all over the	3
it will be quite	3
of one of these	3
it will be obvious	3
a year or so	3
we must not forget	3
and encyclopedia of the	3
reader has already learned	3
but one of the	3
of the highest order	3
of the lay reader	3
from an examination of	3
two in each direction	3
he could not stand	3
relating to the phonograph	3
a vacuum up to	3
can be said to	3
the evolution of a	3
and with the aid	3
it will be apparent	3
in a similar manner	3
i have in mind	3
to do in the	3
line at the same	3
of two hundred and	3
would have to be	3
some of which are	3
the amount of current	3
development of his electric	3
that he was going	3
the value of his	3
the spot of light	3
by a series of	3
that he had been	3
more than thirty years	3
a variation in the	3
as well as those	3
he had decided to	3
a message is to	3
no fewer than three	3
the line of the	3
i went to see	3
then there is a	3
so as to make	3
the foundation of the	3
a small amount of	3
large proportion of the	3
the publication of the	3
a bar of soft	3
of the work done	3
a man of great	3
great masses of rock	3
apparatus for treating carbons	3
it is obvious that	3
told him to go	3
i will give you	3
if he did not	3
the pickerel and the	3
was not the case	3
the shape of a	3
for the southern district	3
and then proceeded to	3
this was the first	3
ago one of the	3
the weight of the	3
the circuit is broken	3
it is doubtful whether	3
of the plant to	3
factory at menlo park	3
a third of a	3
of new york in	3
to me one day	3
the letters and figures	3
making storage battery electrodes	3
the university of hard	3
we had a man	3
hence it was necessary	3
in the invention of	3
to say the least	3
by one of his	3
a market for the	3
a few of his	3
the truth is that	3
thus it will be	3
the edison lighting system	3
him at the time	3
to the edison company	3
to the passage of	3
of the invention of	3
it is hard to	3
he sold few pictures	3
between port huron and	3
life of the patent	3
at the distant station	3
the point where the	3
plant at silver lake	3
an illustration of the	3
that he would have	3
be recorded and reproduced	3
him to be a	3
an armington sims engine	3
i started in to	3
to take advantage of	3
the employment of the	3
on a pile of	3
proved to be a	3
in the last twenty	3
be absolutely out of	3
be hundreds of miles	3
the invention of edison	3
as evidenced by his	3
conductor for electric lamps	3
at least one hundred	3
which four messages could	3
presented to the eye	3
after a long period	3
as the reader will	3
for dynamo or magneto	3
advance in the art	3
resistance to the passage	3
me when i was	3
the little dutch boy	3
fact that in the	3
for the sake of	3
in and out of	3
of the man who	3
to be done in	3
as long as he	3
ever there was a	3
filed in the patent	3
passing over the line	3
for a few hours	3
of the roycroft shop	3
is stated that the	3
during the past two	3
the menlo park laboratory	3
as it was then	3
two or three of	3
now known as the	3
introduction of the light	3
the creation of the	3
is no reason why	3
telephone exchanges all over	3
a simple form of	3
actively engaged in the	3
that he was to	3
reference to the following	3
the passage of the	3
of the edison quadruplex	3
the reader may have	3
current does not flow	3
the tip of the	3
upon the receiving tape	3
from the war department	3
is accomplished through the	3
reason of which the	3
sealed into a glass	3
development of the nickel	3
the intrinsic value of	3
the present system of	3
the construction of this	3
he said he was	3
included not only the	3
to work on the	3
the marketing of the	3
up in the air	3
as we have already	3
apparatus for drawing wire	3
as that of the	3
he asked me if	3
the time of his	3
out of the way	3
the first of which	3
the thickness of a	3
contraction of the strip	3
the application of the	3
of his storage battery	3
would go to the	3
held in place by	3
i have no doubt	3
the day of his	3
yet there is no	3
of the laboratory and	3
and was put in	3
in which it was	3
on the inside of	3
to be less than	3
as well as to	3
what was to be	3
and the western union	3
than that of any	3
it could be done	3
in the fall of	3
is the expression of	3
appeared on the scene	3
in the transmission of	3
at the orange laboratory	3
the new york man	3
of the morse alphabet	3
efficiency of the machine	3
this part of the	3
by the side of	3
large sums of money	3
how often have i	3
in the earliest days	3
on the second floor	3
get out of the	3
he is in the	3
not far from the	3
i do not think	3
in which he is	3
edison made his way	3
from the station to	3
active part in the	3
from american telegraphy and	3
apparatus for screening fine	3
it was necessary to	3
before it can be	3
of the same kind	3
to generator g s	3
dynamo electric machines feb	3
be capable of being	3
the next step was	3
to him who first	3
in new york in	3
have been the first	3
he said he had	3
the remainder of the	3
four hours a day	3
it was a fine	3
of the alternating current	3
a combination of the	3
it to say that	3
any of the other	3
in the early part	3
a prominent part in	3
but i am sure	3
a couple of days	3
he said that if	3
the operator on the	3
by the introduction of	3
to the point where	3
phonograph recorder and reproducer	3
author of vanity fair	3
it occurred to me	3
at least per cent	3
arrived at the conclusion	3
could be used for	3
the inside of the	3
without the aid of	3
day of his death	3
against the united states	3
by his invention of	3
of flow of current	3
the vibration of the	3
the percentage of drop	3
for a type of	3
intimate knowledge of the	3
that i could not	3
be used for the	3
and the rest of	3
that there was very	3
burning portland cement clinker	3
the village of lissoy	3
and the other to	3
thousand barrels in twenty	3
the back of the	3
but all the time	3
the elements of a	3
as president of the	3
a long period of	3
the iron and steel	3
of use as a	3
full significance of the	3
a cup of coffee	3
it was a very	3
key the circuit is	3
and the new york	3
in connection with his	3
i had ever seen	3
but there is one	3
in relation to the	3
for treating carbons for	3
and sale of the	3
telegraphy and encyclopedia of	3
for the privilege of	3
lamps in multiple arc	3
the largest of the	3
not only was it	3
is now known as	3
the value of the	3
complete system of lighting	3
that if he had	3
i would like to	3
i had made a	3
he would not have	3
was in charge of	3
in order that he	3
as the tree system	3
are similar to those	3
the last forty years	3
far in advance of	3
electric light by incandescence	3
engineer of the edison	3
be pointed out that	3
been made to the	3
of edison on the	3
all the way from	3
there was considerable excitement	3
to some of the	3
and sent the message	3
which the record was	3
is shown in fig	3
at the root of	3
nothing could be further	3
with which he was	3
mounted on a shaft	3
to say nothing of	3
be further from the	3
resistance of the circuit	3
on a basis of	3
to the office of	3
of one of his	3
came in and said	3
the only thing that	3
an excess of current	3
by reason of this	3
and said that he	3
early days of electric	3
the laboratory to see	3
of the country and	3
there had been no	3
up to the year	3
it had been a	3
at any time to	3
i thought i would	3
and asked if i	3
a source of current	3
the manufacture of lamps	3
wanted to know what	3
any length of time	3
the man in charge	3
early days of the	3
fourth of an inch	3
an examination of the	3
over the main line	3
an inch in diameter	3
knowledge of the world	3
to go to work	3
said that there was	3
not to be inferred	3
the men and women	3
an article in the	3
the author of vanity	3
could not be made	3
than any other man	3
the magnetic separation of	3
told him i was	3
continued for many years	3
of the northern pacific	3
i could not get	3
it was only necessary	3
circuit of the induction	3
one of his associates	3
so far as the	3
independent of every other	3
a sheet of paper	3
different parts of the	3
to interfere with the	3
of the rapidity of	3
is connected with the	3
in this connection it	3
of the phenomena of	3
at that time the	3
across the field of	3
lamp factory at menlo	3
as used in the	3
of the giant rolls	3
of the electric arc	3
at the time edison	3
may be appreciated when	3
when he said to	3
his work on the	3
in the bottom of	3
for which he has	3
was the result of	3
the art of electric	3
up and down the	3
returned to new york	3
a matter of the	3
this particular device was	3
the following extracts from	3
the founder of the	3
reheating compressed air for	3
had the pleasure of	3
in the sense of	3
of nickel and iron	3
there was not a	3
as it is called	3
a glimpse of the	3
the key is depressed	3
an entirely new and	3
with an equipment of	3
been one of the	3
to be lighted by	3
the list of patents	3
vast number of experiments	3
with the result that	3
of a high order	3
the only way to	3
the old home of	3
much thought to the	3
just around the corner	3
way in which he	3
set up in the	3
and many other inventions	3
he was the first	3
the edison electrolytic meter	3
that the subdivision of	3
current on the main	3
in the preceding narrative	3
it would not be	3
royal society of arts	3
seems to me that	3
in the center of	3
of the law of	3
at a rate of	3
he took up the	3
he asked if he	3
are used as before	3
and there is a	3
of the operation of	3
the rate of twenty	3
ansonia brass and copper	3
the quantity of copper	3
in new york the	3
the commercial value of	3
the diaphragm on which	3
the following extract from	3
was a great deal	3
the royal society of	3
in mind that the	3
the necessary amount of	3
the primary circuit of	3
of the laboratory assistants	3
to be a most	3
to a few of	3
into the cement business	3
to the other side	3
was the only one	3
there was no known	3
in circuit with the	3
the law of gravitation	3
for dynamo electric machine	3
the incandescent lamp and	3
one thousand barrels in	3
over a single wire	3
an illusion of motion	3
he was not satisfied	3
to be set up	3
in the foregoing pages	3
on the electric light	3
encyclopedia of the telegraph	3
from a central station	3
the ansonia brass and	3
the aid of mr	3
one of the two	3
one of the electrodes	3
of more or less	3
by means of this	3
only a few years	3
the aid of the	3
a few of them	3
there is not a	3
i went over to	3
i rang the bell	3
in this and other	3
the present writing the	3
in his own way	3
a battery and a	3
the present time the	3
to the time of	3
then he asked if	3
the spirit of the	3
all that he had	3
a newsboy on the	3
equal the resistance of	3
was used as a	3
be due to the	3
one of the main	3
into a glass globe	3
but it is the	3
every one of them	3
characters on the type	3
the use of carbon	3
will be readily understood	3
that had been made	3
it was all right	3
earliest days of the	3
university of hard knocks	3
told him i had	3
air for industrial purposes	3
president of the western	3
feel a sense of	3
i knew i was	3
drew sparks from the	3
was not at all	3
in one of his	3
compressed air for industrial	3
the edison manufacturing company	3
edison and his assistants	3
within the scope of	3
at the conclusion that	3
home at port huron	3
would be necessary for	3
been for many years	3
the essentials of the	3
by reason of which	3
and if there is	3
is thus enabled to	3
from place to place	3
value of his contributions	2
photographs of a moving	2
had been connected with	2
must be borne in	2
the first in the	2
of the governor of	2
the dean of the	2
a wire which ran	2
i think he was	2
kind in what he	2
second distinction between the	2
the country at that	2
to get it ready	2
the united states census	2
was conveyed to the	2
those who know him	2
actuate an electric valve	2
could only be obtained	2
once there was a	2
one time or another	2
he could not understand	2
and that is the	2
the legitimate outcome of	2
to the man in	2
when i came to	2
the effect of such	2
bringing a new portion	2
to note that the	2
is no wonder that	2
circuits for chemical telegraphs	2
on the plains of	2
of the difficulties encountered	2
passing it may be	2
has not been the	2
and the production of	2
the giant rolls were	2
each wheel of the	2
his wife was a	2
operator at the other	2
as i had just	2
than one hundred and	2
varying the resistance of	2
cause of the excitement	2
no one else to	2
part of the building	2
passed between the drum	2
filaments for incandescent electric	2
one of the large	2
his key the circuit	2
of the conception and	2
who was then in	2
be exerted by these	2
the utilization of the	2
said he wanted to	2
a glance at the	2
with a group of	2
to england for the	2
and did not know	2
i saw a large	2
edison was to be	2
so as to reproduce	2
the neutral and polar	2
effected a saving of	2
it were attempted to	2
the aspect of a	2
of those on the	2
to a man less	2
in the accomplishment of	2
which passed in between	2
that he had of	2
it will be noticed	2
and remain in the	2
of the power of	2
of the relays at	2
first to last edison	2
result long before it	2
the blank or record	2
in london in seventeen	2
resistance of the working	2
beginning to call these	2
hundred and fifty tons	2
device in the shape	2
far and away ahead	2
in a loose bearing	2
operate the neutral relay	2
flowing over the circuit	2
which was a new	2
natural growth of the	2
for the edison company	2
was wound seven times	2
under the edison patents	2
for some years past	2
not one of the	2
that at one time	2
incandescing conductor for electric	2
the work of a	2
he would take the	2
of johns hopkins university	2
the newspapers complained of	2
out of a set	2
chapter of his life	2
to pass over the	2
million feet of films	2
for the united states	2
for the perfection of	2
i said to the	2
laid on its side	2
equal to the task	2
the arrangement shown in	2
the memory of the	2
that time i had	2
reason of the many	2
the quantity of current	2
with whom edison was	2
up a job on	2
perforated with a series	2
the action of gravitation	2
of these men and	2
the practice of the	2
minutely his superior qualifications	2
back to the source	2
receiver inserted in the	2
this action of the	2
in no small degree	2
infusibility of the platinum	2
main impressions left upon	2
which were transmitted inductively	2
at the very time	2
appeared in the telegrapher	2
the aid of an	2
has become one of	2
can or receptacle for	2
rolls were set in	2
under all conditions of	2
consisting of a bar	2
not directed to look	2
be independent of every	2
to hatch them out	2
have come into existence	2
edison informed me that	2
had by that time	2
along the top or	2
applied in a most	2
of a moving object	2
make me an offer	2
be appreciated when it	2
contributions to the art	2
as it was a	2
it up to the	2
back in the same	2
there would be an	2
contemplate the miracle of	2
one hundred and seventy	2
and i will give	2
only so far as	2
reason is that we	2
a class by themselves	2
pickerel and the roach	2
lamp patent was sustained	2
messages in opposite directions	2
effected by means of	2
to keep the men	2
of forming the record	2
the john fritz gold	2
cement rock and limestone	2
current of any desired	2
key into long and	2
by which they are	2
the ten years that	2
breaking out of the	2
apparatus for generating electricity	2
the development of his	2
of all this work	2
spare time was spent	2
edison went to work	2
for more than a	2
when i contemplate the	2
by the amount of	2
held by a federal	2
a gentleman came to	2
of the men who	2
in the following manner	2
editor of the sun	2
to see the great	2
an entirely new type	2
perfection of the modern	2
it should be noted	2
successful carrying out of	2
not care to go	2
house about a mile	2
on at menlo park	2
could be ground as	2
a small part of	2
and found that it	2
loose bearing which could	2
of incandescent lamps in	2
but as a matter	2
the new light was	2
get the output up	2
the marvellous accuracy of	2
some of the men	2
and made up my	2
the main features of	2
length of the building	2
of the problem as	2
and then between the	2
out that he had	2
be gathered from the	2
not cost more than	2
of the great modern	2
were made and used	2
was very difficult to	2
was not directed to	2
on some of the	2
by edison and his	2
does he show the	2
in the same year	2
made the following remarks	2
feet away from the	2
a set of batteries	2
of the edison interests	2
had to be stopped	2
the edison telephone company	2
a current of low	2
when one of the	2
gathered around him in	2
been associated in the	2
president of the pennsylvania	2
you can read the	2
the roycroft shop is	2
he had to be	2
which are as follows	2
place in the art	2
the electrical world of	2
hundred and ten volts	2
be put upon the	2
there would have been	2
and strung on poles	2
was the general type	2
during the periods of	2
everything worked all right	2
some of the first	2
glass globe exhausted of	2
laid upon the natural	2
or probably he might	2
in which it has	2
an operator on a	2
essentials of the art	2
an edison carbon transmitter	2
came to us and	2
threw them out of	2
the best of them	2
of the day or	2
became necessary to ascertain	2
culminated in his invention	2
was no known way	2
a practical incandescent lamp	2
it was the only	2
in the history and	2
pass over the entire	2
faced pen or spring	2
to act as a	2
large part of the	2
equal to that of	2
not his son take	2
eleven years of age	2
be sent through the	2
orange and the staff	2
already been given in	2
devote his inventive faculties	2
the end of three	2
exploitation of the system	2
of the morse system	2
and no one in	2
me if i could	2
which has since become	2
of the bells that	2
the idea that he	2
when it was in	2
that they are not	2
a vivid idea of	2
the motor had its	2
the spring of the	2
the tellurium pins make	2
minute perforations in the	2
exerting pressure and regulating	2
but the business was	2
fall or loss of	2
a great many cheap	2
with us at menlo	2
was only necessary to	2
would be required for	2
the polarity of a	2
made in this and	2
if he had not	2
very large proportion of	2
station went into operation	2
took advantage of the	2
days at menlo park	2
reference has already been	2
that the problem of	2
had never met before	2
this rope was wound	2
the heart of the	2
the solemn voice of	2
at a white heat	2
was never known to	2
i could have the	2
physiological phenomenon known as	2
published in the electrical	2
be judged from the	2
producing very thin sheet	2
to other men as	2
of the rooms of	2
edison company for isolated	2
it was very difficult	2
a voice full of	2
me in charge of	2
the main conductors in	2
of a musical reed	2
laugh boisterously at trifles	2
an equal amount of	2
the securing of sharp	2
the institution of electrical	2
and when he got	2
supplying current to the	2
direct current for distribution	2
and sold them for	2
telephone the battery current	2
which the world has	2
building which had been	2
many million feet of	2
making all kinds of	2
circuit to the pole	2
this was by no	2
was five years old	2
upon the use of	2
to the commercial development	2
weak electric impulses generated	2
did not hesitate to	2
should be reduced to	2
the whole of the	2
one hundred pounds or	2
so far as is	2
are shown in the	2
by incandescent lamps was	2
the principle of independent	2
other known crusher or	2
is to feel a	2
pasted up on the	2
of a number of	2
they would like to	2
by the manipulation of	2
but i think the	2
with the track and	2
under the ennobling and	2
of magnetic iron ore	2
kind of bamboo for	2
and operation of the	2
of what he would	2
and received by the	2
the new york no	2
the current of a	2
been issued to edison	2
lived three hundred years	2
take this lamp to	2
the business phonograph has	2
generate the electric impulses	2
is a curious fact	2
as a young man	2
hand thirty feet away	2
there are those who	2
will be sufficient to	2
had long since disappeared	2
the service of the	2
electrical world of march	2
to observe the eclipse	2
was subsequently adopted by	2
that when he was	2
and got up to	2
conductivity of the positive	2
the war of secession	2
until the crowd got	2
by current on the	2
consists of a series	2
would lie down on	2
that i determined to	2
the fact that a	2
a great many of	2
on an upper floor	2
wanted me to put	2
battery bearing his name	2
of large quantities of	2
here and there are	2
the maximum amount of	2
inserted in the secondary	2
a man came in	2
it is equally true	2
them a chance to	2
close the circuit through	2
and the development of	2
i had not seen	2
foundation of the art	2
from a single master	2
in the days of	2
every change of facial	2
no one ever saw	2
he can but offer	2
early form of the	2
in a short time	2
or out of circuit	2
two and a half	2
the staten island railroad	2
for chemical telegraph papersept	2
a pair of electrodes	2
with the metallic segments	2
been obtained from the	2
that when a man	2
him at once to	2
with the rolls and	2
close proximity to the	2
was attained on the	2
letter of the alphabet	2
the homes of good	2
the cylinder was a	2
leading counsel for the	2
and asked me to	2
from the foregoing that	2
within a month he	2
to have noticed something	2
i was looking for	2
the generator would be	2
was carrying on his	2
other end through a	2
message at a time	2
refining influence of a	2
of the largest in	2
end of the road	2
no attention to this	2
have made it a	2
and the electric light	2
at the home station	2
make one thousand barrels	2
by some of the	2
the inventor and his	2
then proceeded to the	2
on the threshold of	2
the art when edison	2
to enable him to	2
it is not generally	2
as fast as the	2
and the supply of	2
present state of perfection	2
to such an extent	2
and see if he	2
the local sounder will	2
a graduate of the	2
a second distinction between	2
is effected by means	2
gathered from the following	2
operation in the united	2
compared with those of	2
decision of judge brown	2
circuit of the globe	2
in dilute sulphuric acid	2
one hundred and ninety	2
to the present date	2
to the laboratory and	2
the edison portland cement	2
of sawyer and man	2
was told by the	2
from which it is	2
of the larger alcoves	2
connected to the mains	2
with the exception of	2
the subject of much	2
united states census office	2
to point to the	2
about this time that	2
and the late luther	2
mixture be poured into	2
the two outer rails	2
one of the directors	2
to men and women	2
minute over a single	2
the record of the	2
securing of sharp pictures	2
the condensing surface and	2
one man who had	2
through the upper and	2
he had given much	2
the immediate vicinity of	2
endless chain of buckets	2
the world has not	2
it is simply impossible	2
improving the quality of	2
capacity of telegraph lines	2
which happened to be	2
generally known to the	2
twenty to forty pictures	2
of the period had	2
many of which are	2
keen sense of humor	2
the measurement of the	2
one of the operators	2
and the lack of	2
there is no use	2
one of his early	2
that at the very	2
sanguine a temperament to	2
that in this room	2
years in the central	2
that at the time	2
pressure applied to the	2
of the record groove	2
in commerce and manufacture	2
such as stock tickers	2
the company was a	2
the limits of the	2
pressure between the electrodes	2
of the world and	2
edison has all his	2
no matter how long	2
was sold out to	2
system of automatic telegraphy	2
for sending two messages	2
the surface of the	2
the character of the	2
attempt has been made	2
not respond to the	2
and see if i	2
was a reduction from	2
not equal to the	2
development of instantaneous photography	2
in the front of	2
the distribution of current	2
nine feet square and	2
light and the electric	2
minutes of his time	2
the purpose of this	2
was not one of	2
and is in use	2
line coil at b	2
frame of the motor	2
from the main line	2
armature to be attracted	2
development of the motion	2
was not a single	2
interior of the kiln	2
tropical jungles of the	2
so i got the	2
the attention of the	2
amount of electrical energy	2
are always in contact	2
interests were at stake	2
which a current is	2
be made to work	2
that raged in the	2
illustration opposite page of	2
we are indebted to	2
and the bad side	2
in the village square	2
hundred to one thousand	2
about running a station	2
was at this period	2
put it on the	2
to all but the	2
the men i have	2
of the young people	2
noticed something of the	2
that while the little	2
a system of distribution	2
the art to this	2
was to be found	2
to the western union	2
a loose bearing which	2
in the room with	2
and the other above	2
the cost of conductors	2
we consider the subject	2
never came under the	2
the building was equipped	2
the expiration of the	2
the station and the	2
for elasticity in exerting	2
single rope passed over	2
as he observed to	2
of the ordinary air	2
that would have been	2
gave rise to a	2
for making phonogram blanks	2
but none of them	2
would be sufficient to	2
at an early period	2
a big dose of	2
opposite page of the	2
is a combination of	2
he was not the	2
the same degree of	2
benefit of the lay	2
he was a man	2
was then placed in	2
until late in the	2
the late tsar of	2
may be mentioned the	2
there is no such	2
the man who can	2
suit against the united	2
operator on the other	2
the then price of	2
of storage battery bearing	2
absorbed by the gold	2
advance of the other	2
the life of a	2
wound seven times over	2
but he did not	2
be readily seen that	2
in new york i	2
edison had determined upon	2
to do this in	2
words a minute over	2
which was operated by	2
at the gate by	2
be carried on with	2
the endless chain of	2
the range of the	2
on the ends of	2
as much as that	2
required by a single	2
in the earlier stages	2
found it was a	2
when i got the	2
of its principles to	2
of a telegraph line	2
that it was not	2
to note that a	2
he was showing off	2
it is hardly to	2
to whom the world	2
to a great extent	2
four thousand words a	2
had no trouble in	2
the development of an	2
the employ of the	2
work has never been	2
a long list of	2
each other across the	2
him that he had	2
the results were so	2
been described in chapter	2
time when edison was	2
nothing short of a	2
for the information of	2
write the life of	2
in the exploitation of	2
age and whispering lovers	2
he did not have	2
in which they have	2
on land or sea	2
i was taken by	2
during the civil war	2
the world to be	2
during the early days	2
he was a first	2
anything to do with	2
presidents of the national	2
commercial value of the	2
and hung out a	2
several methods of making	2
be suitable for the	2
for the main conductors	2
that each of the	2
in the two end	2
to the rapid growth	2
inferred from the fact	2
the whole duty of	2
the experiments on the	2
material that could be	2
issued to thomas a	2
in the interest of	2
then i rang the	2
the work of muybridge	2
the onward and upward	2
if the radiating surface	2
but it will be	2
the results of the	2
the manufacture of cement	2
his dust rests in	2
as the founder of	2
far as i know	2
to one side of	2
should not cost more	2
the lowest roll was	2
in such a way	2
the tremendously complex nature	2
until we came to	2
of the cincinnati indianapolis	2
told him that he	2
line running parallel with	2
who have ever lived	2
the entire line to	2
allow of being tapped	2
in the month of	2
and it was probably	2
the arrows indicate the	2
that the loss of	2