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
at the same time	197
in the united states	195
the end of the	160
one of the most	155
of the united states	137
the bottom of the	134
by means of a	126
at the rate of	120
in the form of	120
the invention of the	117
for the purpose of	108
the top of the	103
of the nineteenth century	101
at the end of	98
is one of the	93
in the case of	92
the surface of the	85
by the use of	79
in the course of	75
on the other hand	72
in the same year	72
the beginning of the	72
as soon as the	71
the middle of the	70
the use of the	69
in the same way	68
the weight of the	68
was one of the	67
the action of the	63
the history of the	62
the fact that the	61
at the bottom of	60
by means of the	59
in the history of	59
of the eighteenth century	58
as well as the	58
the centre of the	58
was the first to	57
the side of the	57
for a long time	56
the story of the	56
the power of the	56
the romance of modern	56
the close of the	56
seems to have been	53
the form of a	53
the development of the	53
for the use of	53
a great deal of	52
the inventor of the	50
for the first time	49
in the manufacture of	48
on the th of	48
the principle of the	48
a part of the	48
it is said that	47
the length of the	47
on the part of	46
the edge of the	46
at the other end	46
in front of the	46
the rest of the	46
at the age of	45
it was not until	45
in the art of	45
with the result that	45
from time to time	44
in the hands of	44
the force of the	44
that is to say	44
of one of the	43
and at the same	43
in the construction of	43
the construction of the	43
of the most important	42
in the midst of	42
by the action of	41
parts of the world	41
the direction of the	41
in connection with the	41
the end of a	41
the ends of the	41
the place of the	41
a large number of	40
the pressure of the	40
in such a way	39
the case of the	39
the heat of the	39
the use of a	38
the whole of the	38
is said to have	38
for the most part	38
the size of the	38
one of the first	37
the work of the	37
to the bottom of	37
the time of the	37
in spite of the	37
by means of which	37
on the other side	37
the name of the	37
each side of the	37
of the steam engine	36
as a matter of	36
it was found that	36
at the present time	36
the machine of civilization	36
the early part of	36
one side of the	36
the position of the	36
the other side of	35
to the end of	35
but it was not	35
the other end of	35
it will be seen	34
all parts of the	34
of the fact that	34
conceived the idea of	34
it is necessary to	34
of the th century	34
on the top of	33
the strength of the	33
at the top of	33
to the fact that	33
it is easy to	33
the speed of the	33
other end of the	32
a few years ago	32
the part of the	32
in the field of	32
in the development of	32
would have to be	32
as we have seen	32
the nature of the	32
in the following year	31
of a number of	31
the latter part of	31
one end of the	31
it is true that	31
of the twentieth century	31
the success of the	31
the progress of the	31
to the use of	31
to the top of	30
the effect of the	30
of the present day	30
the value of the	30
early part of the	30
he was able to	30
to one of the	30
for the sake of	30
the opening of the	30
from side to side	29
took out a patent	29
could not have been	29
the influence of the	29
it is impossible to	29
by the fact that	29
at the close of	29
other side of the	29
in the use of	29
as if it were	29
in the fact that	29
one of the greatest	29
the way in which	28
for the reason that	28
the idea of the	28
from place to place	28
in the way of	28
at the time of	28
on each side of	28
the romance of the	28
take the place of	28
to be found in	28
latter part of the	28
have been made in	28
in the first place	28
from the fact that	28
are you going to	28
in the same direction	28
been made in the	28
the art of printing	27
one hundred and fifty	27
the greater part of	27
a hundred years ago	27
and one of the	27
that it would be	27
in the th century	27
a matter of fact	27
it would be a	27
of some of the	27
the face of the	27
in the direction of	27
from new york to	27
about the same time	27
in the middle of	27
in the making of	27
it was in the	27
on account of the	26
in one of the	26
by means of an	26
in the early part	26
by the invention of	26
at the beginning of	26
in spite of all	26
a quarter of a	26
the hands of the	26
to be able to	26
the course of the	26
in the production of	26
at right angles to	26
in a few minutes	26
a piece of iron	25
the body of the	25
may be said to	25
the result of the	25
the discovery of the	25
this was the first	25
what do you mean	25
as one of the	25
the movement of the	25
is known as the	25
as soon as he	25
can be made to	25
the introduction of the	25
in the centre of	25
of the power of	25
in the shape of	25
the mouth of the	25
the united states and	25
it is possible to	25
to have been the	25
for a few moments	25
in the days of	24
and the united states	24
the same way that	24
it has been found	24
of the invention of	24
in the eighteenth century	24
so that they could	24
to the invention of	24
that it could be	24
there can be no	24
such a way that	24
a current of electricity	24
that it can be	24
in place of the	24
the sides of the	24
of the seventeenth century	24
it is in the	24
out a patent for	24
the invention of a	23
to a certain extent	23
a good deal of	23
could be made to	23
in contact with the	23
the motion of the	23
be used as a	23
to the conclusion that	23
and it was not	22
the walls of the	22
it was necessary to	22
that they could be	22
history of the world	22
will be seen that	22
it is interesting to	22
wireless transmission of power	22
the days of the	22
with a view to	22
the water in the	22
the banks of the	22
on the morning of	22
the fact that it	22
with the aid of	22
the idea of a	22
to the study of	22
to the united states	22
in the matter of	22
it is difficult to	22
the current from the	21
by reason of the	21
some of the most	21
a hole in the	21
under the influence of	21
bottom of the sea	21
in addition to the	21
was the invention of	21
an invention of the	21
on a large scale	21
a member of the	21
as far back as	21
it is obvious that	21
so that it is	21
in the early days	21
the air in the	21
as soon as it	21
in a state of	21
in the latter part	21
in the opposite direction	21
from right to left	21
the quality of the	21
said to have been	21
to the square inch	21
in the bottom of	21
for the manufacture of	21
the wireless transmission of	21
one of the best	21
but it is not	21
but there was no	21
it is only necessary	21
a very short time	21
the same way as	21
by the aid of	21
at one end of	21
the waters of the	20
a few of the	20
the resistance of the	20
to get out of	20
it would have been	20
that they could not	20
the center of the	20
the influence of invention	20
force of the explosion	20
between new york and	20
as soon as they	20
in new york city	20
there is no doubt	20
on the end of	20
of the electric telegraph	20
as if they were	20
the bow and arrow	20
of a series of	20
in regard to the	20
any part of the	20
as in the case	20
various parts of the	20
a certain amount of	20
an inch in diameter	20
with the exception of	19
in all parts of	19
one of the earliest	19
in the near future	19
in order that the	19
was found to be	19
that he could not	19
the inside of the	19
a little more than	19
at a speed of	19
the light of the	19
as a means of	19
it consisted of a	19
be one of the	19
it is to be	19
is due to the	19
in the minds of	19
two and a half	19
on a small scale	19
for the same purpose	19
the temperature of the	19
every part of the	19
over and over again	19
the use of this	19
at a distance of	19
the head of the	19
the power of steam	19
of the electric current	19
is easy to see	19
in the line of	19
what is known as	19
the fact that they	19
it may be that	19
it was not long	19
but he did not	19
of the art of	19
the shape of a	19
so as to form	18
of the sixteenth century	18
so that it could	18
the height of the	18
it was possible to	18
of the middle ages	18
be found in the	18
as that of the	18
to the production of	18
of iron and steel	18
in the seventeenth century	18
of the science of	18
the application of the	18
that there is a	18
in the time of	18
a new kind of	18
the size of a	18
is only necessary to	18
four miles an hour	18
the rear of the	18
an account of the	18
a series of experiments	18
the movements of the	18
different parts of the	18
one to the other	18
in the process of	18
in proportion to the	18
in which it is	18
on the principle of	18
the passage of the	18
as it is called	18
the sound of the	18
the improvement of the	17
as if he were	17
on the surface of	17
both sides of the	17
the cause of the	17
the art of making	17
and the number of	17
turned his attention to	17
with which it is	17
one hundred and twenty	17
which he had been	17
the fact that a	17
the attention of the	17
by the time the	17
the result that the	17
there must be a	17
and as soon as	17
as far as possible	17
and there was a	17
by the introduction of	17
it would be impossible	17
more than a hundred	17
and it will be	17
to a large extent	17
that it was not	17
the interior of the	17
surface of the earth	17
the floor of the	17
improvements have been made	17
a coil of wire	17
it had to be	17
in the nineteenth century	17
at the present day	17
in a very short	17
it has to be	17
courtesy of scientific american	17
it was in that	17
quarter of a century	17
in order to get	17
of an electric current	17
right angles to the	17
it has been said	17
from the time of	17
on the banks of	17
in advance of the	17
in the face of	17
the course of his	17
the outside of the	17
two hundred and fifty	17
it was not till	17
surface of the water	17
the character of the	17
the marquis of worcester	17
the roof of the	17
during the twentieth century	17
at the foot of	17
the level of the	17
a stream of water	17
the foot of the	17
a great number of	17
to say nothing of	16
part of the eighteenth	16
in order to make	16
in some of the	16
quarters of an inch	16
with the use of	16
so as to make	16
in the twentieth century	16
in the spring of	16
that there was no	16
the rate at which	16
it may be pointed	16
the royal college of	16
the completion of the	16
the top of a	16
one of the great	16
may be pointed out	16
he said to himself	16
end of the line	16
of the city of	16
in the university of	16
cape of good hope	16
the base of the	16
easy to see that	16
at the distance of	16
in such a manner	16
from one to the	16
the early days of	16
in the habit of	16
there would be no	16
a large part of	16
of an inch in	16
to be one of	16
the diameter of the	16
than that of the	16
by the united states	16
it was the first	16
so that when the	16
the liverpool and manchester	16
the united states alone	16
of the fifteenth century	16
of the value of	16
he found that the	16
to a height of	16
the efficiency of the	16
as if he had	16
as far as the	16
of the last century	16
is attached to the	16
to the discovery of	16
as long as the	16
so that it would	16
seem to have been	16
so arranged that the	16
will be able to	16
on the ground that	16
that some of the	15
a piece of paper	15
the working of the	15
out of the way	15
he was the first	15
it is probable that	15
a way as to	15
the result of his	15
by the force of	15
the united states of	15
at a cost of	15
of the human race	15
as shown in fig	15
as well as a	15
the same time the	15
does not mean that	15
as soon as i	15
it seems to be	15
the action of a	15
it is one of	15
the last few years	15
by the side of	15
it is not necessary	15
the back of the	15
is the result of	15
for the production of	15
to such an extent	15
and many of the	15
the adoption of the	15
the axis of the	15
up to that time	15
a distance of miles	15
in the pilot house	15
state of new york	15
so that it can	15
was not until the	15
about the middle of	15
the cape of good	15
and the other to	15
of an inch thick	15
as fast as the	15
as well as in	15
for the benefit of	15
at the head of	15
fraction of a second	15
so that it will	15
it may be said	15
such a way as	15
all over the world	15
in the light of	15
that it was the	15
as has been said	15
made it possible to	15
to the present time	15
that there is no	15
a great variety of	15
was due to the	15
of the life of	15
the course of a	15
the state of new	15
from end to end	15
if he had been	15
that they can be	15
for a few minutes	15
a portion of the	15
to be used in	15
the inventions of the	15
to do with the	15
to that of the	15
it must have been	14
on the subject of	14
on either side of	14
to a depth of	14
that part of the	14
was the result of	14
and it has been	14
was found that the	14
for the making of	14
the same as the	14
on the same principle	14
on one side of	14
so far as the	14
as we know it	14
to a distance of	14
the first of the	14
and it may be	14
a story of the	14
may be regarded as	14
the president of the	14
have been made to	14
that it is a	14
skilled in the art	14
it will be remembered	14
was the inventor of	14
the line of the	14
so as to be	14
came to the conclusion	14
that one of the	14
to say that the	14
side of the piston	14
to go to the	14
with the invention of	14
the united states government	14
city of new york	14
it is found that	14
and in this way	14
a small quantity of	14
in a few seconds	14
the field of invention	14
by the end of	14
was made in the	14
inventions of the century	14
to do with it	14
the range of the	14
to the action of	14
as much as possible	14
what is called a	14
is no doubt that	14
a long series of	14
the united states was	14
the house of commons	14
up and down the	14
upon the surface of	14
the same kind of	14
the form of the	14
the united states in	14
way in which the	14
on both sides of	14
the th of august	14
in various parts of	14
about the size of	14
to the manufacture of	14
the production of a	14
this does not mean	14
he seems to have	14
in the presence of	14
the united states navy	14
one of the many	14
the great majority of	14
rays of the sun	13
it has been the	13
of the scientific american	13
a revolution in the	13
the study of the	13
the cost of the	13
between the poles of	13
in one of his	13
by the author of	13
what is called the	13
it was impossible to	13
more than any other	13
courtesy of the scientific	13
is shown in fig	13
in the service of	13
the production of the	13
at the rear of	13
to the construction of	13
found it necessary to	13
as well as to	13
to the passage of	13
it is clear that	13
it was only a	13
the stern of the	13
either side of the	13
said vane to himself	13
what are known as	13
the lower end of	13
his attention to the	13
in charge of the	13
have been the first	13
of the work of	13
it is desired to	13
the midst of his	13
for the transmission of	13
the morning of the	13
in the sense that	13
without the aid of	13
the importance of the	13
part of the machine	13
the inventors of the	13
is by no means	13
that it was a	13
a few years later	13
the growth of the	13
and in the same	13
in accordance with the	13
in a series of	13
the teeth of the	13
for the time being	13
in the vicinity of	13
from the top of	13
in a straight line	13
in the chapter on	13
the space between the	13
one end of a	13
step in the development	13
the front of the	13
at the receiving end	13
in the house of	13
three quarters of an	13
i want you to	13
one on each side	13
they have to be	13
the united states to	13
as early as the	13
be said to be	13
was made by the	13
an idea of the	13
as a result of	13
important part in the	13
for the reception of	13
the depth of the	13
it is certain that	13
to the value of	13
in the neighbourhood of	13
the father of the	13
in a short time	13
in the middle ages	13
the work of a	13
the world has ever	13
up to the surface	13
to take care of	13
the manner in which	13
and by means of	13
is that of the	13
in a few hours	13
on one of the	13
to the effect that	13
in the sixteenth century	13
thousands of years ago	13
his father was a	13
in the invention of	13
by the agency of	13
the life of the	13
pounds to the square	13
to be used for	13
to some of the	13
of the action of	13
meaning of the word	13
at the moment of	13
it consists of a	13
go back to the	12
invention of the steam	12
greater part of the	12
from one place to	12
for the conveyance of	12
he took out a	12
on the outside of	12
into the hands of	12
out of the question	12
in the nature of	12
the upper part of	12
from the earliest times	12
at the same moment	12
it would not be	12
to the improvement of	12
it was not a	12
set to work to	12
in this way the	12
be said to have	12
is said that the	12
this is done by	12
the expansive power of	12
that it is not	12
to take the place	12
the eyes of the	12
be seen that the	12
of the most interesting	12
the conditions under which	12
a combination of the	12
the energy of the	12
parts of the country	12
after the invention of	12
every now and then	12
on the side of	12
so that they can	12
almost as soon as	12
without the use of	12
in exactly the same	12
was used as a	12
of miles an hour	12
i should like to	12
only a few years	12
part of the nineteenth	12
from front to rear	12
bottom of the cylinder	12
the presence of the	12
in the ordinary way	12
at the expense of	12
was followed by the	12
the muzzle of the	12
you going to do	12
the intensity of the	12
to do is to	12
to the making of	12
the hole in the	12
the members of the	12
for the purposes of	12
the coils of the	12
at a depth of	12
be seen in the	12
it would be difficult	12
is just the same	12
united states of america	12
to enable him to	12
the use of steam	12
of the air in	12
is said to be	12
put an end to	12
just the same as	12
the heat from the	12
with the object of	12
the construction of a	12
a considerable amount of	12
at the side of	12
the city of new	12
the difference between the	12
it will be a	12
it will be noticed	12
they were able to	12
on top of the	12
its way to the	12
be given to the	12
of one hundred and	12
at the ends of	12
by the electric current	12
that there was a	12
was not until that	12
the bottom of a	12
is interesting to note	12
and in a few	12
given to the world	12
the parts of the	12
it is only a	12
in the same manner	12
it would seem that	12
of this kind was	12
the manufacture of iron	12
lower end of the	12
by the pressure of	12
of the nature of	12
was not to be	12
may be able to	12
he was born in	12
as well as of	12
out in all directions	12
if it had been	12
nothing to do with	12
in the summer of	12
solution of the problem	12
or it may be	12
the midst of a	12
and there was no	12
the velocity of the	11
is the same as	11
it is stated that	11
of the present century	11
like that of the	11
as it has been	11
it is not surprising	11
the basis of the	11
the reason for this	11
the deck of the	11
opposite side of the	11
to be in the	11
one of the largest	11
the science and art	11
there will be a	11
did not uncover any	11
have been made by	11
any one of the	11
research did not uncover	11
in the realm of	11
a patent for a	11
appears to have been	11
in different parts of	11
it must be remembered	11
it is believed that	11
and the use of	11
the fire of the	11
of the highest order	11
at a rate of	11
in the progress of	11
the poles of a	11
it is a very	11
with which they are	11
the earth and the	11
the amount of the	11
can be no doubt	11
the same time he	11
there could be no	11
part of the world	11
a year or two	11
the invention of printing	11
extensive research did not	11
ten miles an hour	11
the blades of the	11
evidence that the u	11
get out of order	11
the opposite side of	11
at the little manor	11
the two gipsy lads	11
a quarter of an	11
within the reach of	11
the shape of the	11
for more than a	11
a small amount of	11
the science of astronomy	11
that it has been	11
that it was only	11
as the result of	11
on this publication was	11
the first time in	11
would have been a	11
the simple reason that	11
taken the place of	11
any evidence that the	11
not uncover any evidence	11
wire at the same	11
on the face of	11
a century and a	11
feet in diameter and	11
have been able to	11
he was obliged to	11
the destruction of the	11
of the use of	11
of the machine of	11
thousandth of an inch	11
is not to be	11
is used in the	11
since the days of	11
the steam in the	11
century and a half	11
muzzle of the gun	11
the making of a	11
an inch and a	11
power of the engine	11
by the movement of	11
top of the cylinder	11
the first part of	11
did not succeed in	11
of the wireless telegraph	11
we may say that	11
liverpool and manchester railway	11
the beginning of a	11
the object of the	11
it will be found	11
copyright on this publication	11
what we now call	11
of the most remarkable	11
such a manner that	11
as to form a	11
pressure of the water	11
etext was produced from	11
thrown on the screen	11
at the time when	11
the aid of a	11
the hands of a	11
with the assistance of	11
one part of the	11
to see that the	11
below the surface of	11
was given to the	11
greater than that of	11
for the simple reason	11
of the royal society	11
of the results of	11
not seem to have	11
of being able to	11
in front of a	11
at a very early	11
illustrations the romance of	11
it is said to	11
the operation of the	11
has been said that	11
the escape of the	11
so that they may	11
the door of the	11
of the smithsonian institution	11
so as to produce	11
the place where the	11
this etext was produced	11
the midst of the	11
by the motion of	11
the lines of force	11
it seemed as if	11
of the human body	11
a jet of steam	11
of the main plane	11
on a piece of	11
the side of a	11
uncover any evidence that	11
the conditions of the	11
what are you going	11
of the utmost importance	11
be regarded as the	11
he was on the	11
is the use of	11
may be made to	11
was a man of	11
this publication was renewed	11
the most important of	11
as to the nature	11
after the manner of	11
it will not be	11
close of the nineteenth	11
one place to another	11
a high order of	11
on a larger scale	11
by the light of	10
parts of the machine	10
it used to be	10
the point at which	10
a considerable number of	10
the east india company	10
was connected with the	10
a machine for making	10
for the rest of	10
of the th of	10
it was to be	10
united states patent office	10
the end of this	10
president of the united	10
and it was found	10
it is evident that	10
a number of years	10
will be found to	10
at one end and	10
on an even keel	10
a distance of about	10
in the world is	10
than a hundred years	10
they could not be	10
the result was that	10
to the size of	10
the interior of a	10
of a century ago	10
but he could not	10
it was a very	10
one of the early	10
five miles an hour	10
the first half of	10
there seems to be	10
of more than a	10
this time he was	10
he was in the	10
the mastery of the	10
means of which the	10
feet below the surface	10
and the making of	10
before the invention of	10
the ruins of the	10
to cross the atlantic	10
and i want to	10
that he did not	10
along the lines of	10
to enable it to	10
if it were a	10
an important part in	10
one of the chief	10
he went to the	10
interesting to note that	10
from the days of	10
would not have been	10
at the same rate	10
and by which the	10
the cylinder of the	10
a great many of	10
and it is the	10
we do not know	10
across the english channel	10
of which we have	10
reason to believe that	10
equal to that of	10
rest of the world	10
was not long before	10
and some of the	10
end of the nineteenth	10
as it is now	10
the depths of the	10
the way for the	10
world has ever seen	10
and in the course	10
does not seem to	10
of those who have	10
in use in the	10
more than a century	10
it is hard to	10
to the centre of	10
the point where the	10
was an invention of	10
as compared with the	10
the rise and fall	10
of the united kingdom	10
do you mean to	10
tom with a laugh	10
used in this country	10
when the current is	10
from one of the	10
as fast as it	10
we come to the	10
to such a degree	10
could not be used	10
for the same reason	10
it may be objected	10
be applied to the	10
hundred and fifty years	10
in a few days	10
in which they were	10
in order to be	10
the mind of man	10
for a number of	10
of invention on history	10
the time when the	10
there was plenty of	10
middle of the eighteenth	10
the twentieth century will	10
the solution of the	10
of the gun and	10
that it will be	10
the news of the	10
twelve miles an hour	10
the under side of	10
with the speed of	10
was placed in the	10
had been in the	10
the people of the	10
the lines of the	10
between the ends of	10
is made up of	10
of a piece of	10
the wheels of the	10
the purpose of this	10
an average speed of	10
the changes in the	10
this part of the	10
as well as for	10
more than a thousand	10
a distance of one	10
the manufacture of steel	10
six miles an hour	10
it is not a	10
i want to get	10
to the success of	10
said to be the	10
the control of the	10
a current to flow	10
a patent for the	10
so long as the	10
that it may be	10
as the inventor of	10
is produced by the	10
sound of the voice	10
of the new york	10
off the coast of	10
could be used to	10
are a number of	10
part of a second	10
a greater number of	10
to solve the problem	10
the aid of the	10
influence of invention on	10
of a high order	10
under the control of	10
is provided with a	10
in relation to the	10
on the opposite side	10
from the beginning of	10
the wonders of the	10
the case of a	10
the discovery of america	10
two hundred years ago	10
it was one of	10
the value of his	10
the last of the	10
the question of the	10
the point of the	10
but it would be	10
the scientist and his	10
in the city of	10
the wonders of modern	10
it could not be	10
the remainder of the	10
in any part of	10
the works of the	10
just the same way	10
the thickness of the	10
with the fact that	10
in line with the	10
the same amount of	10
same way as the	10
the light from the	10
he could not see	9
they are to be	9
we have seen that	9
no limit to the	9
of the house of	9
series of experiments with	9
very different from the	9
at that time was	9
a new type of	9
fifteen miles an hour	9
the centre of a	9
of great britain and	9
it was decided to	9
and it is said	9
it was discovered that	9
in the preparation of	9
in the year b	9
by means of this	9
of one of these	9
it was not necessary	9
in which he had	9
the two main planes	9
the expense of the	9
one of which is	9
but there is a	9
four and a half	9
bound in cloth and	9
it was soon found	9
and a couple of	9
a tale of the	9
the first of these	9
the shores of the	9
at the university of	9
is connected to the	9
one after the other	9
and that it is	9
to make up for	9
to get rid of	9
early days of the	9
of the patent office	9
of the application of	9
the rays of the	9
to be the first	9
by reason of its	9
but it was a	9
the area of the	9
the latter half of	9
the greatest amount of	9
reason for this is	9
great britain and the	9
with more or less	9
the navigation of the	9
have been in the	9
a time when the	9
the same as that	9
used in place of	9
as quickly as possible	9
to be the most	9
is true that the	9
it was evident that	9
we have seen how	9
he conceived the idea	9
the largest and most	9
in europe and america	9
for the construction of	9
that many of the	9
the beam of the	9
beyond the reach of	9
at the centennial exhibition	9
within a few years	9
on the under side	9
of the cotton gin	9
last step in the	9
to the naked eye	9
only one of the	9
in the autumn of	9
are known as the	9
like that of a	9
the eye of the	9
in cloth and gold	9
the fraction of a	9
i think it is	9
the baltimore and ohio	9
be used in the	9
new under the sun	9
the meaning of the	9
on the coast of	9
it may be well	9
what may be called	9
it seems as if	9
as a substitute for	9
across the atlantic ocean	9
to come to the	9
of the civil war	9
hundred and fifty miles	9
a machine that would	9
on the back of	9
to the amount of	9
the origin of the	9
by the middle of	9
the result of a	9
current to flow in	9
the needs of the	9
in a letter to	9
the fact that he	9
piece of soft iron	9
in the world of	9
as it is in	9
as old as the	9
the expansive force of	9
the tips of the	9
as we shall see	9
the next step was	9
pressure of the atmosphere	9
of the amount of	9
of the laws of	9
the inventor of a	9
through the agency of	9
near the close of	9
current flows through the	9
may be seen in	9
the manufacture of cotton	9
a description of the	9
quarter of an hour	9
may be objected that	9
what hath god wrought	9
one hundred years ago	9
to make use of	9
the name of this	9
but there is no	9
and there is no	9
tom swift and his	9
the distance of the	9
would seem to be	9
in order to obtain	9
in the study of	9
a very important part	9
and a number of	9
a blast of air	9
was a time when	9
before the end of	9
in view of the	9
would be difficult to	9
the united states has	9
in just the same	9
in a way that	9
and on the th	9
the direction in which	9
in the united kingdom	9
the dots and dashes	9
that he had been	9
to the task of	9
the possibilities of the	9
the minds of men	9
has been found that	9
pressure of the air	9
there will be no	9
the glare of the	9
with the help of	9
of the heavenly bodies	9
as it is termed	9
the means by which	9
from which the air	9
nothing new under the	9
had it not been	9
to the time of	9
the making of the	9
of which was a	9
the records of the	9
he was going to	9
to make up the	9
middle of the nineteenth	9
in this way a	9
rate at which the	9
one hundred and thirty	9
to look at the	9
just as well as	9
was the first time	9
from all parts of	9
the remains of the	9
to get back to	9
and the result of	9
current from a battery	9
the time of his	9
the same manner as	9
of the same kind	9
more important than the	9
to be taken to	9
had been made in	9
the various parts of	9
the conclusion that the	9
may be called the	9
to find out how	9
in favour of the	9
the ends of a	9
the knowledge of the	9
in the royal college	9
it was difficult to	9
of the world to	9
the th of may	9
nine miles an hour	9
was so great that	9
to take advantage of	9
due to the fact	9
of the sewing machine	9
and with it the	9
surface of the sea	9
so long as it	9
the vibrations of the	9
little more than a	9
an illustration of the	9
to work out the	9
from one part of	9
do you know what	9
the explosion of the	9
by one of the	9
is a kind of	9
he would have to	9
to the nature of	9
with which we are	9
be used for the	9
upper part of the	9
to go into the	9
as if they had	9
if he did not	9
supposed to have been	9
about the beginning of	9
into the united states	9
that as soon as	9
to the height of	9
at such a rate	9
at a height of	9
to think of it	9
at one of the	9
such an extent that	9
of the science and	9
in spite of his	9
into contact with the	9
the end of his	9
the telegraph and the	9
out of the water	9
up in the air	9
great many of the	9
would be impossible to	9
invented a machine for	9
to do the work	9
was the beginning of	9
a more or less	9
to which they are	9
a measure of the	9
it is estimated that	9
to find that the	9
of the men who	9
we shall find that	9
no doubt that the	9
has been able to	9
science and art department	9
up to the present	9
the stockton and darlington	9
for a short time	9
seems to be that	9
to keep it from	9
of the century in	9
was the cause of	9
a large proportion of	9
in the application of	9
in a great measure	9
began to be used	9
of the wonders of	9
was that of a	9
the mechanism of the	9
was provided with a	8
in the west indies	8
far back as the	8
the west coast of	8
and the result was	8
at the forward end	8
is more or less	8
there would be a	8
will be noticed that	8
taken out of the	8
is the basis of	8
the path of the	8
so far as we	8
it could be made	8
with the view of	8
of gas and air	8
of two or more	8
that there was nothing	8
do you think i	8
must be remembered that	8
in the open air	8
from the surface of	8
as it may seem	8
in the interior of	8
of a few years	8
the early history of	8
which it has been	8
a high degree of	8
nations of the world	8
the man in the	8
to inquire into the	8
it would have to	8
not be able to	8
on one side and	8
for boys and girls	8
at the sight of	8
was that of the	8
for which it is	8
so that it may	8
a distance from the	8
by which it is	8
to and from the	8
in the beginning of	8
to the side of	8
the contraction of the	8
the centre of gravity	8
to be used as	8
it was thought that	8
but the idea of	8
his discovery of the	8
for all practical purposes	8
it can hardly be	8
they were to be	8
had been able to	8
the product of the	8
the bore of the	8
it would be possible	8
by the wright brothers	8
the entrance to the	8
the directors of the	8
at a considerable distance	8
in comparison with the	8
in the secondary coil	8
inch and a half	8
it is claimed that	8
in the right direction	8
he said at last	8
it will be interesting	8
a few years before	8
of the world were	8
so much for the	8
spite of all the	8
with one of the	8
and some of them	8
will be seen to	8
that have been made	8
had not been invented	8
large part of the	8
other parts of the	8
is to be found	8
the bed of the	8
at a distance from	8
as much as a	8
at the mouth of	8
but one of the	8
power of the steam	8
an invention of a	8
and then the other	8
the last step in	8
to prevent it from	8
from a distance of	8
in which they are	8
the reception of the	8
as large as the	8
the interest of the	8
the best way to	8
the first in the	8
in which the steam	8
to say that it	8
the results of his	8
the principles of the	8
the founder of the	8
a patent on the	8
have been invented for	8
came into general use	8
the reason that the	8
had to be taken	8
and the amount of	8
the first step in	8
about the end of	8
it is on the	8
has been made in	8
by the application of	8
seems to be a	8
in precisely the same	8
as they are called	8
in some cases the	8
which is used in	8
under side of the	8
it is necessary that	8
through a hole in	8
as to make the	8
of the main planes	8
you will see that	8
of the wright brothers	8
would be possible to	8
we see that the	8
there was no doubt	8
after the lapse of	8
but it may be	8
means of compressed air	8
to which it is	8
in accordance with a	8
it seems to have	8
for the wireless transmission	8
in the event of	8
at an average speed	8
it seems probable that	8
be relied upon to	8
said one of the	8
it would be hard	8
of which can be	8
very much like the	8
the assistance of the	8
it can be made	8
through the medium of	8
at the opening of	8
of course it was	8
in the space of	8
bottom of the vessel	8
a million and a	8
is connected with the	8
of which it is	8
end of the eighteenth	8
in the next century	8
at a time when	8
the king of england	8
to the subject of	8
the upper end of	8
it was found to	8
in the latter case	8
and the fact that	8
of this is that	8
at the edge of	8
the source of the	8
the appearance of a	8
would have been impossible	8
is one of those	8
place of the old	8
and he had to	8
of dots and dashes	8
rise and fall of	8
so that they would	8
revolution in the art	8
up his mind to	8
to pick up the	8
of the alternating current	8
each of which is	8
to think of the	8
in much the same	8
the most important inventions	8
to the development of	8
a beam of light	8
a mile from the	8
a number of different	8
but as soon as	8
the curve of the	8
we find that the	8
the steam engine to	8
by far the most	8
to a considerable distance	8
of his own invention	8
on account of its	8
with his own hands	8
then there was a	8
may be found in	8
the safety of the	8
and by the time	8
up to this time	8
it may be interesting	8
the first man to	8
professor of natural philosophy	8
the course of time	8
of three or four	8
one of the things	8
of the duke of	8
end of the wire	8
introduction to the study	8
and for a time	8
has been pointed out	8
was the first of	8
exactly the same way	8
that it could not	8
that could not be	8
as to be almost	8
in a similar manner	8
the transmission of power	8
in a certain way	8
it not been for	8
i do not know	8
the romance of early	8
in a magnetic field	8
it is not so	8
as fast as he	8
for the invention of	8
set up by the	8
and that of the	8
the density of the	8
the men in the	8
and the laws of	8
not have to be	8
the scientific american fig	8
in the state of	8
the fact that in	8
the erection of a	8
in a great many	8
let us take a	8
the whole length of	8
that it would not	8
at the right moment	8
it was not only	8
a hundred and fifty	8
led to the invention	8
of the same year	8
when he was twenty	8
as shown in the	8
were the first to	8
on his own account	8
the class with the	8
i beg your pardon	8
that he had to	8
the coming of the	8
during the nineteenth century	8
as time went on	8
in the second place	8
is a form of	8
one and a half	8
a spread of feet	8
in the hope of	8
thought it would be	8
been the means of	8
in the work of	8
over the same wire	8
in the class of	8
he felt that he	8
and the action of	8
bound in cloth extra	8
his invention of the	8
morning of the th	8
of the most powerful	8
which could not be	8
as a source of	8
there is no need	8
from the time the	8
the distance between the	8
first half of the	8
from the name of	8
is the fact that	8
four hundred years ago	8
seemed to be a	8
one of the men	8
should be able to	8
but they did not	8
in the class with	8
who was born in	8
at the centre of	8
after it has been	8
was used by the	8
that most of the	8
to pay for the	8
of europe and america	8
of transportation and communication	8
illustrations in the text	8
and a set of	8
the locomotive and the	8
of the influence of	8
the same wire at	8
and a half feet	8
one and the same	8
the mother of invention	8
the case may be	8
light of the sun	8
not by any means	8
was in the year	8
the back of a	8
of the world in	8
there are more than	8
in the side of	8
a number of small	8
at one side of	8
was not necessary to	8
with a piece of	8
but in this case	8
the owners of the	8
two or three years	8
and a moment later	8
along the line of	8
the circulation of the	8
it is possible that	8
the benefit of the	8
it could be done	8
to the surface of	8
area of square feet	8
towards the close of	8
letters of the alphabet	8
that it is the	8
he is said to	8
the great bulk of	8
and he could not	8
million and a half	8
its way into the	8
that was to be	8
through the coils of	8
by the time he	8
as well as by	8
this is one of	8
the service of the	8
with the name of	8
grew more and more	8
and in spite of	8
the speed of light	8
the idea that the	8
in our own country	8
in a general way	8
is a combination of	8
and in order to	8
became more and more	8
for a time the	8
would be hard to	8
be raised or lowered	8
feet above the ground	8
this was followed by	8
appear to have been	8
and the work of	8
some idea of the	8
the rate of one	8
be remembered that the	8
the letters of the	8
do the work of	8
it had not been	8
it was time to	8
with illustrations and diagrams	8
the holes in the	8
by the power of	8
first part of the	8
of such a thing	8
has the effect of	8
to new york in	8
royal college of science	8
make and use it	8
there was a great	8
of which is to	8
in this case the	8
proved to be a	8
as soon as a	8
to a great extent	8
the light of a	7
and in so doing	7
it can be used	7
mile and a half	7
in order to prevent	7
is equal to the	7
to work on the	7
made up his mind	7
hundred feet long and	7
can be used as	7
to dispense with the	7
and now let us	7
is so arranged that	7
the credit for the	7
the object to be	7
the roar of the	7
was supposed to be	7
some of the greatest	7
is that it is	7
of the century have	7
in a given time	7
the fire in the	7
delaware and hudson canal	7
will be referred to	7
just as if it	7
to find out the	7
on the bottom of	7
the head of a	7
of a big gun	7
from the standpoint of	7
so that in the	7
the gun is fired	7
its place in the	7
depths of the sea	7
as long ago as	7
of one kind or	7
to the time when	7
pounds per square inch	7
the capacity of the	7
i was going to	7
in half an hour	7
a sheet of paper	7
the reason that it	7
upon the fact that	7
the early stages of	7
it is doubtful if	7
you will find that	7
the barrel of the	7
the tops of the	7
that it had been	7
made possible by the	7
of a hundred years	7
eighth of an inch	7
yet it is only	7
could be used for	7
passage of the current	7
the shaft of the	7
as he looked at	7
the lives of the	7
is not necessary to	7
the first time that	7
and most of the	7
beginning of the nineteenth	7
the centre of pressure	7
the man with the	7
from one side of	7
at the same speed	7
pointed out here that	7
has already been made	7
great deal of attention	7
more than a mile	7
gave to the world	7
a fresh supply of	7
is supposed to have	7
was driven by a	7
and that is the	7
of the cylinder and	7
was soon found that	7
a mile in length	7
for thousands of years	7
and the development of	7
by the name of	7
was going to be	7
out a patent on	7
the hours of the	7
edge of the wood	7
some of the great	7
the great eastern was	7
the reach of the	7
before the royal society	7
which it will be	7
and yet it is	7
have the goodness to	7
half of the nineteenth	7
he did not know	7
was to make the	7
they would have to	7
of a great variety	7
the sight of the	7
an examination of the	7
and the cost of	7
use in the united	7
the heads of the	7
already on the market	7
a piece of soft	7
and for this purpose	7
and the next moment	7
for a few days	7
stream of electric waves	7
of carbon and hydrogen	7
the details of the	7
put to practical use	7
there is no reason	7
the end of that	7
the best means of	7
the lower part of	7
the rapidity with which	7
that they would not	7
as an illustration of	7
as far as he	7
the building of a	7
and was the first	7
a changing magnetic field	7
i am going to	7
on the eve of	7
necessary for him to	7
on the development of	7
that he had discovered	7
it is intended to	7
by the process of	7
the author of the	7
as fast as they	7
the click of the	7
be pointed out here	7
is feet long and	7
up to the rectory	7
the inventor and the	7
at the mercy of	7
of many of the	7
the shell of the	7
in the treatment of	7
part of the ship	7
the greatest of all	7
that of any other	7
the creation of a	7
with a number of	7
the idea of making	7
the revolution of the	7
the engines of the	7
means of an electric	7
lower part of the	7
the names of the	7
a valve in the	7
it occurred to him	7
in less than a	7
during the civil war	7
to keep the machine	7
had to be done	7
on the right side	7
much the same way	7
were used in the	7
a list of the	7
a change in the	7
the old stone age	7
a vast number of	7
so as not to	7
by the passage of	7
and set to work	7
with all his might	7
of the development of	7
in the winter of	7
take care of the	7
in its relation to	7
a treatise on the	7
the same time to	7
after the death of	7
the state of the	7
as nearly as possible	7
the beam of light	7
another part of the	7
one of them being	7
the th of october	7
the fact that there	7
heat of the sun	7
of the man who	7
out of the gun	7
speed of miles an	7
as will be seen	7
of new york and	7
the result is that	7
same wire at the	7
a mile and a	7
are placed in the	7
be represented by the	7
been the first to	7
an example of the	7
the age of steam	7
the entire length of	7
telegraph and the telephone	7
feet long and feet	7
the life of a	7
in the number of	7
if you want to	7
of the mediterranean sea	7
something must be done	7
be made in the	7
to the king of	7
the first to invent	7
but it is a	7
above the level of	7
and in that way	7
to the ends of	7
current is turned on	7
of the ship and	7
by the exercise of	7
half a century ago	7
in the hope that	7
the main part of	7
feet in length and	7
for the fact that	7
more than one hundred	7
the problem of the	7
the strength of a	7
of the word invention	7
in front of him	7
of kindling a fire	7
has not yet been	7
the front part of	7
to the other side	7
which it can be	7
the inventive genius of	7
after the discovery of	7
to point out the	7
the delaware and hudson	7
the roots of the	7
a small part of	7
in which it was	7
is a series of	7
of the force of	7
of the thousands of	7
in the first instance	7
which was the first	7
has taken the place	7
one or the other	7
there is no end	7
a day or two	7
a glimpse of the	7
the age of twenty	7
with coloured frontispiece and	7
in the art can	7
tenth of a second	7
it is plain that	7
for a patent on	7
the fact that when	7
stockton and darlington railway	7
that the use of	7
messages could be sent	7
the most interesting of	7
the same with the	7
well as in the	7
from tip to tip	7
in an effort to	7
before it could be	7
of the state of	7
a large quantity of	7
by the help of	7
all the rest of	7
letter of the alphabet	7
be credited with the	7
the secret of the	7
the conditions of living	7
and he did not	7
there seemed to be	7
with that of the	7
some time in the	7
as shown by the	7
the time that the	7
which he had made	7
of boots and shoes	7
the ends of which	7
of what is called	7
and the invention of	7
so much so that	7
end of the beam	7
a vast amount of	7
it was due to	7
that it should be	7
is the mother of	7
the use of an	7
on the edge of	7
if they had been	7
in a few years	7
it is not the	7
the two ends of	7
of one of his	7
at the royal institution	7
can be used for	7
with the intention of	7
the spot where the	7
as he reached the	7
a jet of water	7
manner in which the	7
and the length of	7
so that there was	7
of the world was	7
like those of the	7
an opening in the	7
from the united states	7
the heart of the	7
as late as the	7
poles of the magnet	7
it would seem to	7
every one of the	7
to a number of	7
the manufacture of the	7
something to do with	7
machines have been invented	7
the number of letters	7
of the university of	7
it appears that the	7
the mind of the	7
to the royal society	7
it is necessary for	7
the land of the	7
in course of time	7
and a piece of	7
i want to go	7
will no doubt be	7
be no doubt that	7
and a half miles	7
we entered the war	7
held in the hand	7
end of the circuit	7
part of the century	7
and illustrations in the	7
use of the electric	7
might just as well	7
not one of them	7
he could not do	7
one of these guns	7
it is not known	7
he caught sight of	7
is determined by the	7
there is not a	7
can be made of	7
the influence of this	7
with diagrams and illustrations	7
hull of the vessel	7
are to be found	7
with which it was	7
in the building of	7
the service of man	7
the poles of the	7
thus we see that	7
invention of the gun	7
new york to albany	7
hundred and fifty pounds	7
cut off from the	7
in the science of	7
at work on the	7
the society of arts	7
beginning of the century	7
of the bow and	7
at the moment when	7
of the fourteenth century	7
that they will be	7
we shall have to	7
it is to the	7
at each side of	7
is in connection with	7
for the improvement of	7
contribution to the machine	7
as easily as a	7
than had ever been	7
to the right or	7
by archibald williams b	7
after a series of	7
it is a little	7
to the extent of	7
the age of fourteen	7
he set himself to	7
the descent of the	7
of the engine was	7
the practical application of	7
such as is used	7
to keep them from	7
beyond the power of	7
far in advance of	7
expansive power of steam	7
the subject of the	7
for many years to	7
part of the work	7
of such a machine	7
to take up the	7
as long as he	7
in order to produce	7
by the weight of	7
it was a long	7
and that it was	7
fraction of an inch	7
it is safe to	7
as the case may	7
above the surface of	7
to be on the	7
the machine as a	7
the method by which	7
twentieth century will be	7
on the shores of	7
he had succeeded in	7
as we have said	7
to think of a	7
the hull of the	7
the parent of the	7
would never have been	7
close of the th	7
part of the country	7
a very early date	7
by this means the	7
handsomely bound in cloth	7
many of the most	7
for a moment the	7
at its lower end	7
as is the case	7
was by no means	7
there is nothing to	7
the people in the	7
the duration of the	7
by an electric current	7
was able to make	7
there must be something	7
of the progress of	7
occurred to him that	7
to the men who	7
the difference in the	7
more or less of	7
was not long in	7
is familiar with the	7
the first use of	7
order to make the	7
of the water in	7
fast as he could	7
the office of the	7
upon a piece of	7
the noise of the	7
the art of writing	7
to take up a	7
was because of the	7
the current is turned	7
the nature of a	7
as the invention of	7
in the neighborhood of	7
take out a patent	7
must have been a	7
the last day of	7
in the cost of	7
with respect to the	7
the sun and the	7
that he was a	7
invention of the cotton	7
side of the ship	7
at the other side	7
the magnet and the	7
is placed in a	7
the fact of the	7
in the meantime the	7
the last half century	7
that it is only	7
must be able to	7
but it did not	7
hundred and fifty feet	7
he went to work	7
weight of the water	7
it will be observed	7
by the number of	7
a roar of laughter	7
and the other the	7
in order to show	7
the nineteenth century has	7
was used in the	7
the highest order of	7
in such a case	7
with a pair of	7
but at the same	7
the speed at which	7
with the introduction of	7
a few minutes the	7
early in the war	7
the extension of the	7
to be seen in	7
came out of the	7
seven years of age	7
any other kind of	7
invention for the wireless	7
towards the end of	7
of the electric light	7
feet above the water	7
did not seem to	7
and by the end	7
side of the room	7
the full length of	7
as has already been	7
machine as a whole	7
that can be done	7
the way to the	7
under the name of	7
of the people in	7
as the square of	7
to have been a	7
of the principle of	7
he knew that the	7
may be well to	7
that it will not	7
the establishment of the	7
of water in the	7
that the influence of	7
of which he had	7
the requirements of the	7
know what to do	7
next step was to	7
the work was done	7
for his own use	7
the queen of sheba	7
he shook his head	7
they were in the	7
of the board of	7
three hundred years ago	7
by means of compressed	7
that enabled him to	7
was attached to the	7
the vibration of the	7
in one of these	7
make up for the	7
in each of the	7
on its way to	7
surface of the ground	7
the same as in	7
all that is necessary	7
trying to make a	7
one or other of	7
as to produce a	7
that he must have	7
conditions under which the	7
a copy of the	7
the great nations of	7
the edges of the	6
can be used to	6
of a coil of	6
turn the wheels of	6
as the time of	6
in the world are	6
the picture of the	6
was obtained by the	6
say nothing of the	6
of the earth and	6
of the properties of	6
been able to produce	6
the force of a	6
at the hands of	6
but all the same	6
be made of the	6
on the point of	6
romance of the animal	6
the following year he	6
to set up the	6
a fraction of a	6
and the rest of	6
the wind and the	6
the same principle is	6
with a minimum of	6
the spaces between the	6
history of the invention	6
to be done by	6
the most important part	6
the carrying out of	6
to go on with	6
to work out his	6
to carry off the	6
as it would be	6
going to have a	6
the united states is	6
he had discovered the	6
the medium of the	6
far as i know	6
fact that it was	6
went on to explain	6
a visit to the	6
might be made to	6
he was about to	6
the home of the	6
not more than a	6
the first steam engine	6
the ingenuity of the	6
in the old days	6
those parts of the	6
was produced from worlds	6
to make a machine	6
so as to keep	6
go to make up	6
louis to new york	6
would be a good	6
to be of any	6
what has been said	6
the magnetic field is	6
great improvements have been	6
it is impossible for	6
the sixteenth and seventeenth	6
the circumference of the	6
the weight of a	6
go down to the	6
it is a fact	6
not far from the	6
by no means the	6
one of the old	6
was not till the	6
it is possible for	6
story of the iliad	6
as a sort of	6
invention of the electric	6
the first to conceive	6
the cylinder and the	6
the constitution of the	6
has been used in	6
the idea of using	6
the bell rock lighthouse	6
the touch of a	6
at the sending end	6
the air from the	6
the power of a	6
distance by means of	6
distance of more than	6
mechanical inventions of to	6
the discoveries and inventions	6
examples from examination papers	6
by way of the	6
a patent for his	6
told for little children	6
from first to last	6
strange as it may	6