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	64
the top of the	60
arrange as in fig	46
the lines of force	43
the end of the	39
the bottom of the	38
the surface of the	35
the ends of the	33
the n pole of	33
the middle of the	32
in the middle of	31
pole of h m	28
to study the action	28
in the same manner	28
the action of the	27
study the action of	27
on the top of	27
to find whether a	26
at the end of	26
study the effect of	24
the strength of the	24
as soon as the	23
to study the effect	22
the other end of	22
in such a manner	21
the direction of the	20
the resistance of the	20
the length of the	20
the s pole of	19
the same manner as	19
one end of the	19
the mouth of the	19
strength of the current	19
the rest of the	18
the action of a	18
in the same direction	17
a coil of wire	17
measure the resistance of	16
the resistance of a	16
of one of the	16
such a manner that	16
the number of the	16
to study the construction	16
the centre of the	16
direction of the current	16
one side of the	15
reading of g v	15
construction and use of	15
a piece of iron	15
should know about electricity	15
the center of the	14
n pole of the	14
a small piece of	14
study the construction and	14
a small quantity of	14
when the external resistance	14
boy should know about	14
action of a simple	14
the circuit is closed	14
at the bottom of	14
a boy should know	14
things a boy should	14
the edge of the	14
the point of the	13
to the bottom of	13
the external resistance is	13
the construction and use	13
top of the pack	13
the amount of the	13
end of the wire	13
the reading of g	13
as shown in fig	13
end of the coil	12
uncover any evidence that	12
direction in which the	12
research did not uncover	12
etext was produced from	12
this etext was produced	12
copyright on this publication	12
the lower end of	12
this publication was renewed	12
did not uncover any	12
by means of a	12
the direction in which	12
which is to be	12
evidence that the u	12
not uncover any evidence	12
lines of force pass	12
that it may be	12
on this publication was	12
the size of a	12
the end of a	12
any evidence that the	12
the side of the	12
extensive research did not	12
contact with each other	12
a piece of paper	11
in the centre of	11
it is evident that	11
current can be generated	11
n pole of h	11
a piece of steel	11
other end of the	11
middle of the pack	11
when the current passes	11
see things a boy	11
of lines of force	11
the other side of	11
a current can be	11
in front of the	11
surface of the water	11
in contact with the	11
hand end of the	10
the poles of the	10
the internal resistance of	10
book and complete outfit	10
the position of the	10
coil of g v	10
the head of the	10
the place of the	10
use of a simple	10
other side of the	10
can be generated with	10
so that it will	10
to the end of	10
at the top of	10
so that it may	10
to the mouth of	10
whether a current can	10
resistance of a wire	10
as directed in exp	10
inches and a half	10
find whether a current	10
and use of a	10
one end of a	10
the nature of the	10
the flame of a	10
study of elementary electricity	10
for the first time	10
is said to be	9
piece of soft iron	9
and at the same	9
in the big tank	9
the current will pass	9
the foot of the	9
of an inch in	9
a piece of soft	9
so that the current	9
when the circuit is	9
by means of the	9
take the reading of	9
the appearance of a	9
make the magnetic figure	9
the current to pass	9
pole of the needle	9
of a piece of	9
the free end of	9
the inductive action of	9
it is to be	9
the study of elementary	9
that the current will	9
an inch in diameter	9
in the direction of	9
a quarter of an	9
was produced from worlds	8
the needle is deflected	8
in a few minutes	8
for an instant only	8
on the surface of	8
to see what is	8
worlds of if science	8
find whether a piece	8
and complete outfit for	8
the water in the	8
inside of the coil	8
from worlds of if	8
to study the magnetic	8
of the needle is	8
to one of the	8
produced from worlds of	8
note the action of	8
as shown by the	8
see what is meant	8
a hole in the	8
quarter of an inch	8
by the foregoing experiments	8
what is meant by	8
action of the needle	8
the strength of a	8
whether a piece of	8
a plate of zinc	8
the size of the	8
to that of the	8
of the same size	8
at one end of	8
there must be a	8
of if science fiction	8
a few drops of	8
the current through the	8
the magnetic field of	8
about the size of	8
in contact with each	8
about a quarter of	8
to the top of	8
of the electric current	8
the fluid put in	8
two inches and a	8
in motion by the	8
a b c d	8
s pole of the	8
fluid put in motion	8
and magnetism by experiment	7
of the horseshoe magnet	7
a leader from the	7
of elementary electricity and	7
allow the current to	7
the middle of a	7
on the other side	7
get clearly in mind	7
to see whether the	7
length of the needle	7
of the top of	7
the e and w	7
of the same kind	7
the source of the	7
sheet of stiff paper	7
that part of the	7
put in motion by	7
to the length of	7
s pole of h	7
the sides of the	7
close the circuit for	7
to the middle of	7
convulsions of the muscles	7
in place of the	7
any part of the	7
you must have a	7
external resistance is small	7
the body of the	7
e and w line	7
the value of x	7
electricity and magnetism by	7
to study the lines	7
as in last experiment	7
turn coil of g	7
in the center of	7
elementary electricity and magnetism	7
it will be found	7
the back of the	7
at the other end	7
the form of a	7
on the outside of	7
care must be taken	7
of dilute sulphuric acid	7
in the opposite direction	7
number of lines of	7
the pressure of the	7
the number of lines	7
and the other end	7
in the first place	7
and when it is	7
a hollow coil of	7
ends of the wires	7
distance from each other	7
for a long time	7
lines of force about	7
the inside of the	7
in the form of	7
an equal quantity of	7
n and s line	7
arranged as in fig	7
end of the needle	7
the end of wire	7
when the air is	7
from the mouth of	7
study the lines of	7
with an electromagnet and	6
the circuit for an	6
so as not to	6
to find whether the	6
the magnetic field about	6
make a sketch of	6
to learn how to	6
to the action of	6
the knob of the	6
to one end of	6
motion with electromagnet and	6
study the magnetic field	6
and so of the	6
of soft iron wire	6
the strong attraction between	6
made their own electrical	6
motion by the foregoing	6
the polarity of the	6
two boys made their	6
from the end of	6
see elementary electrical examples	6
a manner that the	6
the same with the	6
circuit for an instant	6
is supposed to be	6
to study the inductive	6
the end of which	6
with a gold probe	6
of the two cards	6
the back of his	6
the top of it	6
be generated with a	6
of the current is	6
for half an hour	6
mouth of the other	6
a little above the	6
in the e and	6
and as soon as	6
external resistance is large	6
having an iron core	6
test the effect of	6
will pass through the	6
the air is exhausted	6
effect of heat upon	6
hand of the operator	6
the same distance apart	6
in the case of	6
in each of the	6
from one to the	6
grain of fulminating silver	6
in such a way	6
in the shape of	6
current through the coil	6
a great variety of	6
coil of wire having	6
of the magnetic needle	6
strength of a current	6
and a half long	6
which you are to	6
be applied to the	6
in a clockwise direction	6
their own electrical apparatus	6
flat upon the table	6
get out of here	6
how two boys made	6
one to the other	6
flame of a candle	6
and note the action	6
to the s pole	6
must be made of	6
when a current passes	6
the charged e c	6
quarters of an inch	6
the aid of the	6
the resistances of the	6
to test the effect	6
wire having an iron	6
free end of wire	6
be sure that the	6
and a coil of	6
about half an inch	6
of the current through	6
in the focus of	6
of wire having an	6
that they may be	6
for a few seconds	6
one pole of h	6
and tell him to	6
at the distance of	6
action of a magnet	6
of the coil and	6
solution of copper sulphate	6
hind legs of a	6
a piece of wood	6
an electromagnet and a	6
all the parts of	6
one end of it	6
the effect of the	6
are said to be	6
and a piece of	6
in a vertical position	6
that lines of force	6
same as in exp	6
so that they may	6
boys made their own	6
as well as the	5
a current of electricity	5
sparks from e c	5
the hole in the	5
acted upon by the	5
and compare it with	5
if you would have	5
is joined to the	5
in the front of	5
in order to get	5
to the other side	5
a stick of sealing	5
lines of force are	5
see if you can	5
in the n and	5
the poles of a	5
to be able to	5
may be used for	5
on the opposite side	5
is applied to the	5
manner in which the	5
that communicates with the	5
if you say so	5
nervous fluid or energy	5
a charged and a	5
the ace of hearts	5
as long as the	5
that the lines of	5
hollow coil of wire	5
lower end of the	5
the same direction as	5
in the last experiment	5
is equal to the	5
from the prime conductor	5
a cell depends upon	5
and exhaust the air	5
current will pass through	5
to do with the	5
the current passes through	5
with a loud explosion	5
on the edge of	5
ends of the coils	5
of the same diameter	5
for this purpose must	5
end of a piece	5
a current passes through	5
when the current enters	5
will be necessary to	5
reverse the direction of	5
size of a pea	5
the rays of light	5
with a piece of	5
and desire him to	5
soon as the current	5
of the external air	5
applied to the zinc	5
the turns of the	5
a grain of fulminating	5
end of e r	5
the shape of a	5
compare it with the	5
the motion of the	5
on each side of	5
the heat of the	5
being careful not to	5
part of the circle	5
each end of the	5
is evident that the	5
and you will see	5
clearly in mind the	5
put them into a	5
place it on the	5
we say that it	5
deflection of the needle	5
a vessel of water	5
be sure that it	5
put it in the	5
by the electric current	5
has the power to	5
can be made to	5
and so on with	5
on all sides of	5
the neck of the	5
on one side of	5
with that of exp	5
upon a piece of	5
the circuit is broken	5
must be made to	5
made in the same	5
a quarter of a	5
the n and s	5
the pack on the	5
in the study of	5
attraction between a charged	5
so of the rest	5
what do you mean	5
one of the most	5
be produced by the	5
the circuit at the	5
upon receipt of cents	5
care should be taken	5
the same time watching	5
add the number of	5
and in each of	5
can be used to	5
the coil in the	5
five or six inches	5
the glass in the	5
upon the table and	5
to a piece of	5
the order in which	5
on one of the	5
all the parts but	5
the hind legs of	5
the opposite side of	5
pole of a magnet	5
one of the legs	5
the nervous fluid or	5
to take the half	5
four or five inches	5
in the following manner	5
the location of the	5
the card in the	5
than a small one	5
from e c to	5
a sketch of the	5
the seven of diamonds	5
charged and a neutral	5
a current is produced	5
the parts but the	5
the effect of a	5
the external resistance being	5
in this case the	5
the muscles of the	5
may say that the	5
we may say that	5
the end of it	5
resistance of the coil	5
of a divided circuit	5
needle is deflected when	5
poles with o c	5
side of the room	5
the two ends of	5
c d e f	5
the person who drew	5
such a way that	5
the half of that	5
the potential of the	5
of a cell depends	5
the machine in motion	5
same as for exp	5
near the top of	5
between a charged and	5
the outside of the	5
a part of the	5
inch and a half	5
as in the last	5
a flash of lightning	5
end of which is	5
compare the result with	5
let there be a	5
the front of the	5
and a neutral body	5
two or three inches	5
the ten of clubs	4
them touch each other	4
end to the other	4
effect of dilute sulphuric	4
relative sizes of the	4
end of the stick	4
may be made to	4
dip or inclination of	4
ascertain the location of	4
two or three feet	4
dilute sulphuric acid upon	4
current passes through the	4
the first of the	4
the distance of the	4
pole of the other	4
combinations of bar magnets	4
a sheet of paper	4
an inch and a	4
that it may not	4
the time of the	4
on with the rest	4
close the circuit at	4
the upper part of	4
it in a bottle	4
watch the surface of	4
to find whether we	4
the same sort of	4
the other half of	4
you will see the	4
the entire length of	4
the fire from the	4
appearance of a flash	4
which are to be	4
and the legs on	4
the magnetic figure of	4
any one of them	4
that he may draw	4
with the right hand	4
to the other end	4
on the end of	4
let into the receiver	4
of steel can be	4
will be found to	4
and watch the needle	4
are fastened to a	4
quarter of a grain	4
than that of the	4
the outside of a	4
to test the retentivity	4
are fastened to the	4
from the top of	4
the phial must be	4
to get to the	4
the diameter of the	4
a bar magnet and	4
ends of the coil	4
the under side of	4
the operator and the	4
one end of each	4
of a cell by	4
the weight of the	4
the resistance of one	4
attract or repel each	4
the lines of magnetic	4
piece of steel can	4
at the beginning of	4
hold it in the	4
and a half of	4
that a neutral body	4
a large number of	4
in which the lines	4
a complete system of	4
of the copper wire	4
the lines of filings	4
not let them touch	4
parts of an inch	4
not pass through the	4
from the results of	4
the face of the	4
cells when the external	4
after cutting off the	4
or inclination of the	4
and complete outfit will	4
position of the needle	4
the current in the	4
of two or three	4
the mouth of one	4
the axis of the	4
to his feet and	4
the particles of filings	4
steel can be permanently	4
all parts of the	4
the height of the	4
bring it to the	4
outfit will be sent	4
to study electrical repulsions	4
two similar cells when	4
the ends of wires	4
of the bottom of	4
of a bar magnet	4
legs of a frog	4
the part of the	4
circuit at the key	4
to ascertain the location	4
deflected when the current	4
lines of force that	4
one of the two	4
and set it on	4
a book and complete	4
be taken that the	4
the needle for magnetism	4
the head of a	4
end of the line	4
pole of b m	4
turns of the coil	4
be generated with an	4
as those on the	4
to be sure that	4
the charged electrophorus cover	4
of starting or stopping	4
desire a person to	4
n pole of a	4
be of the same	4
macnare and his wife	4
should be placed in	4
so that you can	4
and let it remain	4
so on with the	4
that comes from the	4
have the appearance of	4
needle of g v	4
to look at the	4
brought into contact with	4
will have a very	4
the needle should be	4
the door of the	4
core inside of the	4
of three or four	4
thoroughly electrify e s	4
top of the box	4
of one of these	4
the ace of spades	4
hole in the side	4
resistance of the two	4
you tell him to	4
and make the magnetic	4
opposite side of the	4
must be lighted at	4
noting the action of	4
there will be no	4
place o c upon	4
complete outfit for sixty	4
held in my right	4
same as in last	4
and then the other	4
always in the same	4
to find what effect	4
the second and third	4
the top of a	4
the current enters at	4
can be used for	4
the value of c	4
do not let them	4
an infusion of opium	4
by the method of	4
the parts at the	4
the whole of the	4
takes place in the	4
with a hollow coil	4
of a simple astatic	4
the relative sizes of	4
will not be convulsed	4
present the pack to	4
the manner in which	4
the current from the	4
which the lines of	4
a solution of copper	4
the effect of dilute	4
other parts of the	4
between the hand of	4
study the electrolysis of	4
the pores of the	4
and in the same	4
with the aid of	4
pass from e c	4
the best way to	4
sizes of the sparks	4
take the half of	4
let a person draw	4
best way to join	4
or a piece of	4
the production of motion	4
carry a leader from	4
the air in the	4
of salt of tartar	4
to flow through a	4
find the best way	4
it will not be	4
to the size of	4
be fastened to the	4
to the ends of	4
a wire has upon	4
of a simple telegraph	4
with h p d	4
near the end of	4
are joined to the	4
pack on the table	4
similar cells when the	4
with a bar magnet	4
knob of the jar	4
it will produce a	4
and compare the result	4
of a wire and	4
wire has upon its	4
to the height of	4
is attracted by a	4
of the n pole	4
into contact with each	4
with the resistance of	4
five or six times	4
of the operator and	4
small piece of paper	4
the opposite sides of	4
by the heat of	4
study the inductive action	4
note the reading of	4
a sheet of stiff	4
in the direction in	4
other half of the	4
the current passing through	4
the same amount of	4
with any of the	4
and study the results	4
poles of a magnet	4
to the surface of	4
in my right hand	4
are in contact with	4
pass through a g	4
resistance of the air	4
each side of the	4
whole length of the	4
of a wire has	4
upon its electrical resistance	4
with a pair of	4
the key is pressed	4
with two n poles	4
the coil and repeat	4
by the medium of	4
good sparks from e	4
in the left hand	4
arrange as in exp	4
of iron and steel	4
the cases must be	4
keep it in a	4
a person to draw	4
the dip or inclination	4
chemical action in the	4
lever of c r	4
the result will be	4
be taken from the	4
test the retentivity of	4
effect of starting or	4
way to join two	4
in the end of	4
as explained in exp	4
magnet and a coil	4
mind the direction in	4
heat of the sun	4
is the same as	4
join two similar cells	4
to which it is	4
not be more than	4
or stopping a current	4
the two simple cells	4
with the gold probe	4
of an inch diameter	4
is caused by the	4
obliged to pass through	4
is deflected when the	4
a piece of stiff	4
magnetic field of the	4
the effect of heat	4
to measure the resistance	4
be interposed between the	4
of the great continent	4
the art of making	4
the prime conductor of	4
same manner as those	4
in mind the direction	4
each of the seven	4
the coil of no	4
may be made with	4
in which direction the	4
of force about a	4
get a good spark	4
the cases on the	4
let them touch each	4
was one of the	4
the hand of the	4
of the united states	4
pole of the horseshoe	4
of a magnetized coil	4
should be in the	4
as soon as it	4
of a grain of	4
the beginning of the	4
the fact that the	4
careful not to let	4
strong attraction between a	4
magnet with two n	4
to the prime conductor	4
the effect of starting	4
cells joined in series	4
for the next experiment	4
a short distance from	4
must be a little	4
a number of small	4
on each of the	4
lifting and pointing powers	4
back and forth in	4
which will make the	4
and half an inch	4
and a permanent magnet	4
complete outfit will be	4
other end of it	4
of the prime conductor	4
the parts of the	4
go back to the	4
which will give the	4
sure that it is	4
place it in the	4
magnetic field about the	4
to pass through the	4
end of the core	4
the neck of a	4
the application of the	4
inclination of the magnetic	4
going to have to	4
generated with a bar	4
in the position of	4
was produced from galaxy	4
a pack of cards	4
upon the copper plate	4
should be joined to	4
are to be fired	4
to join two similar	4
when the key is	4
lines of magnetic force	4
internal resistance of a	4
any one of the	4
nothing more than a	4
this may be done	4
of the induced current	4
the base of the	4
to be due to	4
be permanently magnetized by	4
person who drew the	4
or repel each other	4
you are to place	4
in the side of	4
the upper end of	4
be kept in a	4
find whether we can	4
from the tail of	4
source of the electrification	4
to study the electrolysis	4
can be permanently magnetized	4
the whole length of	4
from the bottom of	4
interposed between the hand	4
with the n pole	4
three or four inches	4
distant from each other	4
the needle of g	4
and back to the	4
generated with an electromagnet	4
of force pass around	4
on their way from	4
pieces of t p	4
of the left hand	4
art of making fire	4
at each end of	4
connect the ends of	4
is fastened to the	4
the mouth of each	4
of a wire by	4
lines of force from	4
you have learned that	4
at the ends of	4
is placed between the	4
to the number of	4
for poles with o	4
bar magnet and a	4
as described in exp	4
in the construction of	4
same time watching the	4
starting or stopping a	4
find what effect the	4
does the needle remain	4
out of the room	4
has upon its electrical	4
piece of iron or	4
to test the poles	4
has a resistance of	4
to find the best	4
you have seen that	4
of a magnet upon	4
the other end to	4
a language of some	3
do the same with	3
lucifer picked up the	3
the focus of the	3
one end of s	3
mind the fact that	3
a pipe from the	3
was a long time	3
and place it in	3
by glass and silk	3
and nature of the	3
test the needle again	3
retentivity or coercive force	3
side of the bed	3
of the three cards	3
as far as the	3
the muscles in which	3
but do not let	3
on account of its	3
muscles of all the	3
iron filings upon the	3
quarter of an hour	3
the same as those	3
potential than m p	3
within two inches of	3
to the neck of	3
will represent the end	3
part of the pack	3
ends of the spokes	3
it will be seen	3
so that its head	3
and shuffle the cards	3
there seems to be	3
with the compass test	3
is due to the	3
make a little hole	3
the length of one	3
from the n to	3
the attraction between a	3
you think you can	3
iron or steel in	3
must be fired by	3
that they may not	3
offer the long card	3
as in the figure	3
between them and the	3
a neat wooden base	3
and a hollow coil	3
to prevent it from	3
at some distance from	3
a piece of no	3
jumped to his feet	3
the area of cross	3
letters of the alphabet	3
of iron or steel	3
less than that of	3
what you have done	3
and went to the	3
join the ends of	3
resistance of the circuit	3
and place in the	3
the north or south	3
of g v with	3
parts but the sciatic	3
that it will be	3
the wheel in the	3
of each of the	3
within two or three	3
in one of the	3
this part of the	3
do the lines of	3
had a chance to	3
and two ounces of	3
you take the pack	3
or seven inches long	3
a n or a	3
bottom of the vessel	3
to produce the appearance	3
in the field of	3
the extremities of the	3
as the air is	3
you would have a	3
the distance between them	3
some distance from the	3
or five pounds of	3
electrification from the earth	3
in your left hand	3
made to pass through	3
right angles to the	3
wires with spring connectors	3
the thickness of a	3
open and closed circuits	3
will be the amount	3
test the needle for	3
to the second person	3
coil is made of	3
allowing the current to	3
position of the plates	3
cell depends upon the	3
end of the tube	3
bring that card to	3
leader from the mouth	3
if a piece of	3
be near each other	3
opium poured into the	3
it was a long	3
a piece of money	3
from one end of	3
be able to see	3
in one large octavo	3
that the wheel may	3
would like to have	3
will give fire to	3
lines of force passing	3
of the needle of	3
force pass around the	3
chemical effects of the	3
to burn it on	3
of the spinal marrow	3
the other to the	3
when the magnet is	3
it has been agreed	3
say that the electrification	3
is placed in a	3
end of the corridor	3
of the current at	3
that it may appear	3
a top view of	3
press the key for	3
upon the n pole	3
the current ceases to	3
b m upon the	3
about six inches long	3
affected by changes in	3
it was necessary to	3
the effects are the	3
two or three times	3
it will have the	3
it consists of a	3
the zinc with the	3
middle of the room	3
the ends of a	3
the bottom of which	3
the current passes around	3
by the application of	3
from one place to	3
will have the appearance	3
attracted by e c	3
and a half diameter	3
take hold of the	3
the event is the	3
when no current passes	3
no part of the	3
do you know what	3
to a neat wooden	3
view of the coil	3
point of the needle	3
if the bottle be	3
the deflection of the	3
an inch from the	3
the middle of an	3
the figure of the	3
hold one end of	3
and use of the	3
be held by the	3
in the mouth of	3
the resistance of meter	3
the outside coating of	3
what is the relation	3
may be used to	3
side of the glass	3
and may be used	3
one of the rockets	3
at right angles to	3
case of chinese fire	3
to the head of	3
watch the action of	3
seemed to be the	3
attracted by a magnet	3
in the midst of	3
so on to the	3
the e end of	3
bottom of the box	3
there can be no	3
put a little meal	3
made science in earnest	3
to pass through it	3
be made to pass	3
this is to be	3
so that the light	3
see that there are	3
one of the holes	3
open and closed circuit	3
the bottom of it	3
of the four seasons	3
of a living animal	3
divided into equal parts	3
it is attracted by	3
pores of the wood	3
the edge of e	3
increasing the number of	3
a certain amount of	3
equal to the length	3
it in the middle	3
with that found in	3
in a few hours	3
between the zinc and	3
fastened to a neat	3
by an electric current	3
and in the other	3
lines of force of	3
cutting off the head	3
put her arms around	3
end of the pond	3
the quantity of the	3
both sides of the	3
it to the last	3
history of the united	3
of the four elements	3
electricity is produced by	3
one pole to the	3
in this case you	3
the real estate agent	3
fixed on one stick	3
the construction of this	3
to use the electrophorus	3
conductor of lines of	3
wire and its resistance	3
in which the n	3
the nerves of the	3
effects are the same	3
a high or low	3
from point to head	3
made of old tin	3
it is known that	3
set the machine in	3
three or four feet	3
n or a s	3
the length of a	3
the two moveable tubes	3
the inductive influence of	3
a narrow strip of	3
k for an instant	3
the direction taken by	3
internal resistance of the	3
not touch each other	3
is put in motion	3
to a second person	3
it seemed to be	3
attracted by a charged	3
the simple galvanic cell	3
the place where it	3
get in touch with	3
this experiment must be	3
upon the edge of	3
within the striking distance	3
away the first figure	3
to the last figure	3
note the relative sizes	3
a simple form of	3
one end of which	3
of the big tank	3
at a distance from	3
may be done by	3
in one octavo volume	3
the area of the	3
resistance of one cell	3
by the inductive action	3
bottom of the perspective	3
for details see exp	3
in which they are	3
s pole of a	3
locate its n pole	3
up and down the	3
to be attracted by	3
a little longer than	3
and let there be	3
in the electric field	3
to the person who	3
making part of such	3
attraction for outside bodies	3
of each of these	3
current from the cell	3
what is called the	3
to be filled with	3
muscles in which the	3
the electric current through	3
location of the charge	3
the resistance of metals	3
to its s pole	3
from c to z	3
on the right hand	3
a man of your	3
fourth of an ounce	3
by the left hand	3
hand side of the	3
or any thing else	3
what seemed to be	3
powder saltpetre brimstone charcoal	3
as one of the	3
suppose to be the	3
others who wish to	3
let the person who	3
changes in internal resistance	3
the source of electrification	3
by increasing the number	3
two ends of the	3
the palm of your	3
what had happened to	3
enough to admit a	3
the legs will not	3
the plates in the	3
at the center of	3
is not a good	3
resistance of a cell	3
supported by a small	3
at the surface of	3
if he say no	3
one of the same	3
take care that the	3
to be used as	3
the plate of the	3
back of the moon	3
as to be within	3
find the resistance of	3
six or seven inches	3
the current passing as	3
the seven of hearts	3
receiver and top to	3
test the polarity of	3
must be taken that	3
not strong enough to	3
with a lighted candle	3
amount of the three	3
the writing will appear	3
how the strength of	3
will be seen by	3
uses are made of	3
which you have placed	3
then carry a leader	3
zinc with the gold	3
same manner as gunpowder	3
pass around the coil	3
a lower potential than	3
is a machine for	3
the same resistance as	3
n to the s	3
and then in the	3
key and cell as	3
the gold probe held	3
complete system of pyrotechny	3
and others who wish	3
number is in the	3
the performance of the	3
a fine gold colour	3
have a high or	3
first in one direction	3
be able to tell	3
the circuit being kept	3
will not be visible	3
does not seem to	3
that card to the	3
the direction of its	3
electric bells and buzzers	3
two at a time	3
be the seven of	3
so that the needle	3
let the length of	3
the zinc with a	3
directed in apparatus book	3
the current passes from	3
egg of my sister	3
inches of the top	3
to each of these	3
laid on the zinc	3
over the edge of	3
fix a piece of	3
to its former position	3
event is the same	3
you now see why	3
of flowers of sulphur	3
ask the person if	3
from the ends of	3
pressure of the atmosphere	3
it is best to	3
due to the action	3
the results of an	3
another set of binding	3
produce the appearance of	3
of them place a	3
lines of force is	3
add an equal quantity	3
by the aid of	3
top of the post	3
palm of your hand	3
of the flat box	3
it should be noted	3
sides of the glass	3
of the size of	3
all kinds of simple	3
the needle when the	3
cover it with a	3
be lighted at the	3
e s with f	3
the top of another	3
be used instead of	3
the body is said	3
the tail of one	3
in the same way	3
above facts and experiments	3
decimal parts of an	3
shows a top view	3
by changes in the	3
under part of the	3
next hour to that	3
not a good conductor	3
from the above facts	3
that the muscles are	3
and the cotton will	3
side of the box	3
the carbon of the	3
effect of the electric	3
pieces of iron become	3
cases on the wheel	3
the end of each	3
in the neck of	3
tell you the amount	3
there had been a	3
we are going to	3
on a piece of	3
one piece of steel	3
the current divides at	3
of which must be	3
the key for an	3
one place to another	3
which way the current	3
a hole for the	3
a bar of iron	3
there had been no	3
against the bottom of	3
the external resistance of	3
with spirit of wine	3
apply the flame of	3
most of the current	3
which communicates with the	3
placed on the outside	3
a piece of copper	3
body is said to	3
and put it into	3
cover it with his	3
the mass of blood	3
as a result of	3
he and melinee had	3
having a cell with	3
the capacity of a	3
so that we can	3
he went to the	3
half the number of	3
outside the big tank	3
in one very neat	3
the changes of the	3
that it is not	3
i would like to	3
it will be necessary	3
be used to advantage	3
at the electrical show	3
will explode with a	3
connectors are fastened to	3
that there are no	3
takes the place of	3
an angle of degrees	3
in one end of	3
of the hind legs	3
from the surface of	3
hole in one end	3
to show to the	3
the core of h	3
it with his hand	3
fastened to the coil	3
of a wire is	3
the top end of	3
a piece of glass	3
chemistry of the four	3
may be used in	3
be laid on the	3
the muscles are convulsed	3
one of the first	3
the wire in the	3
compare the resistance of	3
at the proper time	3
the king of spades	3
for the study of	3
three inches in diameter	3
until it is red	3
the figure of a	3
o c upon the	3
the principal part of	3
a key may be	3
with the s pole	3
the top of which	3
apparatus book for home	3
the wire from the	3
produced from galaxy magazine	3
taken out of the	3
the remainder of the	3
as long as it	3
needle so that its	3
while the circuit is	3
zn of the cell	3
as there is no	3
and if it be	3
magnetic field of a	3
an experiment to show	3
nature of the poles	3
number of their pips	3
end of s t	3
magnetic field about a	3
of the coil of	3
that one of them	3
the bottom of a	3
so that when the	3
the egg of my	3
external resistance of the	3
will be seen to	3
the pack to a	3
different parts of the	3
in a vessel of	3
compare the results with	3
positives and positive positives	3
the lifting power of	3
the end of this	3
action in cell using	3
which it is to	3
with the oil of	3
they may be held	3
into the cavity of	3
wax be interposed between	3
of the frog were	3
until the deflection is	3
apparatus for the study	3
language of some sort	3
and it was a	3
is to be put	3
how to use the	3
the compass test the	3
legs were not convulsed	3
length of a wire	3
in a dark room	3
connections as in exp	3
each of these pieces	3
at least an inch	3
be placed on the	3
and place it on	3
as directed in apparatus	3
set it on fire	3
current passing through the	3
parts at the pelvis	3
of about an inch	3
all sorts of machinery	3
things electricity can do	3
which is placed a	3
changes in the position	3
the heart of a	3
you then take the	3
resistance to the current	3
the coil of g	3
be used as a	3
to the n pole	3
a piece of phosphorus	3
one of the cases	3
was at the university	3
that produced by glass	3
of five or six	3
tell the person who	3
be the amount of	3
pole to the other	3
be placed in the	3
make a small hole	3
a receiver and top	3
put it into a	3
that a person has	3
the apparatus as in	3
of the rest of	3
or four inches diameter	3
touched that part of	3
be sent through the	3
effect will be produced	3
try the effect of	3
through the turns of	3
the zinc and nerves	3
the frontiers of infinity	3
to believe that he	3
filled with hydrogen gas	3
the results with those	3
one of the men	3
that he may be	3
the muscles were not	3
a resistance of ohms	3
the needle again for	3
as if it were	3
a current in a	3
from the charged e	3
at least one of	3
at the back of	3
the door to the	3
be the number of	3
the difference of potential	3
and a plate of	3
held in the hand	3
find how the strength	3
by word of command	3
is to be fixed	3
bottom of the glass	3
join the cells in	3
be noted that the	3
in the top of	3
the next hour to	3
of the same material	3
the cells in series	3
of the room and	3
gold probe held in	3
of all the frogs	3
upper part of the	3
be placed on a	3
the extremity of the	3
legs will not be	3
the astatic needle is	3
what he called the	3
part of the water	3
to the royal society	3
is affected by changes	3
touching the zinc with	3
the number of their	3
place the needle upon	3
it is a sign	3
except the sciatic nerves	3
joining the cells in	3
in the number of	3
the copper and zinc	3
and at the end	3
amount of the two	3
to make their own	3
of oil of vitriol	3
a bottle well corked	3
is the name given	3
the form of the	3
top of the stick	3
the method of making	3
take the remaining cards	3
white of an egg	3
and the other to	3
which there is a	3
see apparatus book for	3
is interposed between the	3
with the other hand	3
should be fastened to	3
the number of cm	3
the positively charged e	3
same with the electrical	3
the legs on another	3
the above facts and	3
by the action of	3
it is not necessary	3
are many forms of	3
like the electrical fluid	3
influence of the earth	3
the appearance of the	3
in series can be	3
to be made of	3
could be a big	3
be fired by a	3
can be produced by	3
and you will find	3
the bodies of animals	3
e end of the	3
so as to keep	3
but the sciatic nerves	3
the room in which	3
show that lines of	3
red tincture of roses	3
which he is to	3
the same number of	3
it is in the	3
the points of the	3
then touched the zinc	3
how to make the	3
time watching the needle	3
be used for the	3
one large octavo volume	3
that there is a	3
the current enters c	3
fix a case of	3
inside of the box	3
to find how the	3
is to be used	3
that an electrified body	3
the back part of	3
arrange the apparatus as	3
separated from each other	3
open at each end	3
mouth of the case	3
i t will take	3
are you going to	3
if you have the	3
the number chosen is	3
when the rockets are	3
half an inch in	3
a part of your	3
wire carrying a current	3
all the parts at	3
this experiment may be	3
of h m near	3
paste a piece of	3
dissolved by the acid	3
all sides of the	3
four or five pounds	3
this amusement may be	3
you will have the	3
find the value of	3
it has already been	3
the cover of the	3
from one pole to	3
plate of the pump	3
the glass and the	3
any of the above	3
the current enters the	3
at any of the	3
one of the needles	3
of the principles of	3
may be called a	3
from the middle of	3
the n to the	3
of simple electrical apparatus	3
the muscles were convulsed	3
and the remainder will	3
for a considerable time	3
about an inch long	3
set fire to the	3
a manner that it	3
bottom of the pack	3
exposed to the air	3
has the same resistance	3
enough to contain a	3
the pressure of water	3
of g v as	3
to the quantity of	3
filings you can lift	3
at the base of	3
of a proper size	3
be produced by heat	3
of the magnetic field	3
between that and the	3
end of i c	3
and with the other	3
that part which is	3
lines of magnetic induction	3
to be in the	3
we shall call the	3
in a bottle well	3
as the source of	3
to tell in which	3
will have to be	3
in a piece of	3
ends of the wire	3
an inch of the	3
a corner of the	3
put a small quantity	3
but when they are	3
end of the rod	3
the queen of clubs	3
and lines of force	3
m end for end	3
it has been shown	3
direction taken by the	3
in one large royal	3
by its insulating handle	3
a great deal of	3
shall hereafter speak of	3
so that the two	3
complete directions for making	3
part of an inch	3
good cells in series	3
to become a magnet	3
neptune in his chariot	3
the name given to	3
against the end of	3
the same kind of	3
the spaces cut out	3
from a piquet pack	3
external resistance being small	3
circulating and nervous systems	3
series can be used	3
produced by glass and	3
it will pass through	3
k and d c	3
be in contact with	3
through the top of	3
filled with a strong	3
two metals into contact	3
if the paper be	3
has a magnetic field	3
order to get a	3
then in the opposite	3
local currents in the	3
at the extremity of	3
of which is the	3
through the coil and	3
in a straight line	3
by joining the cells	3
about an inch and	3
together in a mortar	3
that the resistance of	3
which is fastened a	3
same manner as in	3
when you come to	3
or good sparks from	3
or a s pole	3
without spilling the whole	3
action of the electrophorus	3
inductive action of a	3
the end of its	3
resistance in the circuit	3
half of that half	3
end of the first	3
so that the wheel	3
the coil in a	3
pass through the sieve	3
learn how to use	3
the current is affected	3
opposite sides of the	3
about five or six	3
a straight wire carrying	3
remainder will be the	3
pass through the circuit	3
water in the vessel	3
how many good sparks	3
on account of the	3
below the surface of	3
shows a simple form	3
circuit is closed at	3
holes are to be	3
the big tank at	3
by one of the	3
is formed by the	3
he was not a	3
on a large scale	3
we shall hereafter speak	3
the plate of zinc	3
rockets are to be	3
to act as a	3
if you add a	3
a good conductor of	3
them the same distance	3
the same potential as	3
it under the receiver	3
to a pet store	3
and cut it into	3
filled with the same	3
is going to be	3
of the same sort	3
a case of chinese	3
make at least a	3
at the lower end	3
for a few moments	3
a wire and its	3
air is drawn off	3
the long card to	3
in each of which	3
the results of exp	3
explain the action of	3
south end of the	3
number of small holes	3
the relation between the	3
another of the same	3
in mind the fact	3
hand end of i	3
lighted at the same	3
legs will be convulsed	3
must be a small	3
the fire is to	3
does not prevent the	3
where there is no	3
the needle in the	3
surface of the glass	3
it in the air	3
it with your knuckle	3
you will have a	3
the book and complete	3
action of the condenser	3
and so on to	3
it takes force to	3
out of the circuit	3
picturesque sketches of creation	3
the remainder will be	3
part of the zinc	3
and the other the	3
what should he believe	3
the middle of it	3
a person draw any	3
ends of a magnet	3
length of the tube	3
a glass of water	3
the muscles of all	3
and which may be	3
card to the top	3
the two pieces of	3
the pages of this	3
same direction as that	3
this phial and nail	3
i was in the	3
the particles of iron	3
of an inch thick	3
reverse the current through	3
and note the result	3
and be sure that	3
it should not be	3
to take impressions of	3
and compare the results	3
him to burn it	3
should be noted that	3
that the internal resistance	3
made of soft iron	3
twenty thousand years ago	3
and top to it	3
internal resistance of one	3
the legs of the	3
of such a circle	3
positively charged e c	3
so that the ball	3
to lines of force	3
to go back to	3
at the foot of	3
with the current passing	3
a magnetic field about	3
current is affected by	3
get the resistance of	3
according to the following	3
to place it in	3
s with f c	3
of the current in	3
in the order they	3
in the right hand	3
so that its point	3
the numbers of any	3
part of such a	3
so that they can	3
lever for an instant	3
there are many forms	3
this purpose must be	3
practical uses are made	3
coating of the jar	3
add a few drops	3
upon by the acid	3
be lighted at once	3
the reason of this	3
coil of wire or	3
that part where the	3
the length of each	3
a g at l	3
and keep it in	3
and a half in	3
the medium of the	3
bring your finger near	3
of the central circle	3
the current will flow	3
let it remain till	3
one end of this	3
what do you think	3
production of motion by	3
one on the top	3
when this is done	3
circuit being kept closed	3
place one of the	3
be careful not to	3
according to the number	3
we say that the	3
may not be seen	3
as the current ceases	3
key for an instant	3
of this work is	2
number of each of	2
it will be immediately	2
the electrification was produced	2
two ounces of white	2
study the simple current	2
back toward the door	2
on june th dr	2
the iron or steel	2
will show the hour	2
the identity of the	2
of paper to a	2
for various forms of	2
gage of my reserve	2
electrification was produced by	2
room with a lighted	2
or weaker than before	2
current enters at l	2
for the same reason	2
the electrolysis of water	2
with regard to the	2
or other closed circuit	2
a large surface will	2
with what might be	2
one of them shall	2
in the simple galvanic	2
for the rest of	2
the current passes as	2
kinds of simple apparatus	2
as if there were	2
changed to one of	2
there is a considerable	2
amusement may be performed	2
on which put a	2
when the rocket is	2
may be purchased at	2
the method of opposition	2
depend upon the size	2
will now proceed to	2
a higher potential than	2
is the amount of	2
runs all sorts of	2
value of x is	2
is placed in the	2
can make a magnet	2
as they are in	2
must be at a	2
the striking distance from	2
and decimal parts of	2
told by a suspended	2
when the phial is	2
the current to flow	2
make a magnet with	2
the case at top	2
a foot of the	2
current in the cell	2
will instantly receive a	2
enclose it in a	2
as high as the	2
a hole made in	2
magnetized by the inductive	2
with a thin coating	2
be brought to the	2
the limb of a	2
odd or even number	2
illustrating passages of scripture	2
of a given conductor	2
the spring of that	2
will be a n	2
learn how to produce	2
be made with any	2
then lift and hold	2
in which the nerve	2
find whether electricity can	2
one of the hind	2
many turns of fine	2
the wire joined to	2
outfit for fancy bubbles	2
the charge in the	2
so fill a glass	2
the author of this	2
should be made in	2
it may be made	2
these appearances will continue	2
which pieces of iron	2
lower potential than m	2
catches fire when exposed	2
in each of these	2
about six inches in	2
be used in place	2
of annealed steel can	2
parallel to the turns	2
the resistance of cm	2
and the number in	2
taken in mixing them	2
maxiton and glutamic acid	2
whose focus is at	2
those who have the	2
the eye of the	2
the same size with	2
like poles repel each	2
interpretation by chemical science	2
i want to know	2
in order to produce	2
the ebonite has the	2
entertaining experiments in various	2
the words old woman	2
glass half full of	2
or three inches in	2
he wants me to	2
the sun to the	2
key may be used	2
hole to the other	2
you place one of	2
hydrogen gas will then	2
the particles of the	2
it was one of	2
resistance to lines of	2
note action of needle	2
apparatus and connections as	2
principally concerning natural phenomena	2
electric current in many	2
vessel filled with water	2
on the d of	2
and down the room	2
by a psi focus	2
sparks you can pass	2
on bringing the two	2
must be the number	2
of an instrument reading	2
may be elevated or	2
in the open air	2
changes in the strength	2
touched the zinc and	2
of three parts of	2
can you think of	2
then let any one	2
study the inductive influence	2
he will have his	2
is produced by the	2
going to try it	2
study electrification by friction	2
it with the first	2
make a number of	2
which the n pole	2
side of the sun	2
at the s pole	2
make proper allowances for	2
that the ball may	2
but it does not	2
and locked the door	2
closing and opening the	2
which it is placed	2
with a loud noise	2
i touched that part	2
comparison with the two	2
to study intermittent or	2
it has been seen	2
good sparks you can	2
me stop being it	2
a little of what	2
for something else to	2
to the astatic galvanoscope	2
fine extra crimson cloth	2
them against the bottom	2
about the results of	2
to be covered with	2
million years of evolution	2
that i could not	2
side of this box	2
do not get the	2
have a resistance of	2
get a court order	2
the current pass for	2
the compositions being well	2
to fill a bladder	2
within six inches of	2
telegraph keys and sounders	2
pole of the coil	2
you want to make	2
ends of the leaders	2
there be two tubes	2
may be enclosed in	2
it will have a	2
using the n pole	2
end of the thread	2
and it will immediately	2
has already been stated	2
ounce and a half	2
being used as the	2
hour to that at	2
the best method of	2
the words of the	2
horseshoe magnet with movable	2
should not be left	2
cutting out its heart	2
head of the rocket	2
them to the company	2
to cover it with	2
be enclosed in a	2
against the edge of	2
to taste the liquor	2
like men with clear	2
now he was sure	2
by adding a little	2
when magnetic circuit is	2
of heat upon the	2
whether electric induction will	2
it had left off	2
hollow coil and bar	2
and forth upon the	2
that the results of	2
to the piece of	2
resistance affect the strength	2
cards at the bottom	2
be held in the	2
magnetized coil of wire	2
they repel each other	2
to be laid on	2
on the visagraph screen	2
do lines of force	2
if the figure be	2
horseshoe magnet and a	2
not get the idea	2
sound has been travelling	2
each of which is	2
from each other and	2
the lump brimstone ground	2
the cord which ties	2
zinc in the acid	2
given end of a	2
on the nervous system	2
that it cannot be	2
this experiment is the	2
current in h with	2
hollow coil and a	2
and ran down the	2
in contact with another	2
lower end of a	2
already been stated that	2
take more sparks from	2
as it has been	2
straps are made of	2
and sat on the	2
placed on a stand	2
the center of a	2
study the dip or	2
has been a most	2
without touching it with	2
taking care that the	2
has a hole in	2
the cells in parallel	2
a piece of hard	2
eye of the spectator	2
find whether any electrification	2
in the act of	2
and at such a	2
fractional and decimal parts	2
said to his wife	2
it know what it	2
the spines of the	2
hand the odd or	2
seemed to be a	2
source of the current	2
the nave must be	2
with safety to the	2
that the needle is	2
that he may not	2
s upon a flat	2
each an equal quantity	2
rocket to the other	2
afford a deal of	2
full of dilute sulphuric	2
bringing the work up	2
use of the simple	2
kept closed for a	2
by the s pole	2
a piece of tin	2
the needle remain horizontal	2
of putrid or boiled	2
with any number of	2
the dynamo is a	2
when he came to	2
an hour or more	2
person has fixed on	2
in the system of	2
to keep the fountain	2
the lock of cotton	2
little less than the	2
draw a card from	2
on nails or hooks	2
a great number of	2
test for magnetism in	2
will act through an	2
part it would hold	2
small coil of wire	2
burst with a loud	2
of a common tobacco	2
when a person intends	2
a cell by comparison	2
to study consequent poles	2
of which may be	2
which of the doors	2
rub e s again	2
study charging by conduction	2
those who have not	2
residual magnetism when magnetic	2
a break in the	2
of the needle with	2
all compositions wherein are	2
of the needle will	2
parts of the apparatus	2
end of its axis	2
a way that the	2
while i waited for	2
effect of moisture upon	2
written with this ink	2
person to taste the	2
whose last name begins	2
the number in his	2
the condensation of electrification	2
various combinations of metals	2
the scale of life	2
of meter of no	2
comes from the other	2
the whole so clearly	2
upon the conductivity of	2
the primary coil is	2
have faith in yourselves	2
lower end of i	2
to study the space	2
rockets may be made	2
the man in the	2
the difference of their	2
offer it to a	2
does not pass through	2
is meant by local	2
must be paid to	2
of the needle in	2
according to the length	2
in a moment and	2
current passes through it	2
the first sparrow lived	2
of his robot body	2
on a stand with	2
charge e s with	2
produced by the electric	2
o c back and	2
stop it with a	2
bring the s pole	2
the case must be	2
of half an inch	2
i used to be	2
the bottom of this	2
stood in the doorway	2
you then tell him	2
effects of moisture upon	2
direction of the induced	2
seemed to have been	2
moisture upon bodies to	2
the cards several times	2
to name the rank	2
fall in the water	2
and present the pack	2
a tin box with	2
that a magnet can	2
near the bottom of	2
of the wheel be	2
i c near the	2
a second or third	2
shown by the arrow	2
the life of the	2
by comparison with the	2
drawn from the pack	2
stand in the middle	2
the diameter of a	2
and those who have	2
surface of the liquor	2
of a russian climate	2
zinc supported by glass	2
pass from c to	2
was covered with a	2
effect of breaking a	2
the greater its power	2
is produced in the	2
made two feet diameter	2
in the substance of	2
clouds and the earth	2
taken as the standard	2
the bladder will thus	2
method of joining coils	2
of cells and current	2
you wish to communicate	2
it in the ground	2
for an instant in	2
by the side of	2
within the reach of	2
with dilute sulphuric acid	2
to find how many	2
to study straight electromagnets	2
by touching it with	2
way through the air	2
only half a diameter	2
of about a quarter	2
on zinc supported by	2
piece of sheet copper	2
a and m p	2
the ends of h	2
the numbers from to	2
means of a chain	2
from child to child	2
of the immermann skull	2
with those of exp	2
the joining of the	2
be made to vibrate	2
you will observe that	2
electrified and neutral bodies	2
for an hour or	2
size of its plates	2
the key to the	2
is fastened to a	2
the cards without displacing	2
of heat upon a	2
of the day is	2
the zinc and silver	2
over and over again	2
which the current passes	2
will be distinctly heard	2
made in one piece	2
the left hand of	2
current is produced when	2
which ties on the	2
animal and metals are	2
it is working properly	2
the result with that	2
hole in a thin	2
i sat on the	2
field about the wire	2
resistance of a divided	2
parts of the building	2
effect the length of	2
alternating current in the	2
enough to receive a	2
with a receiver and	2
many good sparks i	2
about a straight wire	2
and with the same	2
the mere sight of	2
hole in the middle	2
lock the study door	2
should be about in	2
by the help of	2
it will explode with	2
it is better to	2
that the water can	2
in which the right	2
to be in a	2
in a short time	2
times the quantity of	2
depends much on the	2
to study the electrification	2
the coils are wound	2
s wire in the	2
was learned in exp	2
sat down in a	2
the under part of	2
the results of exps	2
his mouth to the	2
him tell you the	2
come in contact with	2
centre of the circle	2
above the surface of	2
against the sides of	2
like that upon the	2
soft iron will permanently	2
on the gas pedal	2
to do with this	2
for wheels and common	2
bodies to be electrified	2
sufficient quantity at a	2
piece of amalgamated zinc	2
number of the cards	2
aid of the electric	2
the two cards to	2
be made at a	2
induction coils in telephone	2
more electrification than a	2
the characters written with	2
in the place where	2
of the neck of	2
of motion by currents	2
water that comes from	2
will appear perfectly luminous	2
one branch of a	2
and the other re	2
a little fixed alkali	2
a horseshoe magnet and	2
when the party has	2
amber half an ounce	2
loud clap of thunder	2
for an instant from	2
free and bound electrifications	2
to the sides of	2
case of permanent magnets	2
this of a man	2
spoonful of a liquor	2
a small coil of	2
bury it in the	2
all the cards in	2
force above and below	2
a body is charged	2
tell the number of	2
take from e c	2
when the poison is	2
of a and b	2
to go to the	2
outside coating of the	2
from the other side	2
will not be amiss	2
of hearts a spade	2
the front end of	2
may be of any	2
which may be held	2
be a little less	2
near the poles of	2
who drew the card	2
that it is working	2
work has to be	2
the circuit is open	2
a man like richardson	2
end of each spoke	2
to the vapour of	2
he had to get	2
meant by alternating currents	2
himself to his feet	2
ready to be fired	2
burn it on the	2
each of the other	2
the difference of the	2
air is let into	2
various combinations of bar	2
is polarized before it	2
touch f b first	2
until the length of	2
eyes were fixed on	2
against which you have	2
a piece of thin	2
must be a hole	2
top of the case	2
the right in the	2
to study the theory	2
a certain degree of	2
circuit is said to	2
which gives silver a	2
a resistance of ohm	2
is essential to the	2
way the current must	2
as a base for	2
whether the changes in	2
insulated from the earth	2
doorway of the study	2
last name begins with	2
be generated in a	2
bar magnet with two	2
one of the company	2
of a simple electric	2
the mouth is uncorked	2
two or three days	2