Lecture

 1 III|        force which we call voltaic electricity, which we used at our last
 2 V  |             Lecture V: Magnetism - Electricity~I wonder whether we shall
 3 V  |    chemical affinity, adhesion, or electricity (as in this case), the body
 4 V  |            the force which we call Electricity. There is no end to the
 5 V  |   particles, or of cohesion, or of electricity (for it will not attract
 6 V  |         obtaining the power called electricity; and the moment the handle
 7 V  |         turned a certain amount of electricity is evolved, as you will
 8 V  |         the end of the straw, that electricity is present in those brass
 9 V  |           the manner in which that electricity can pass away [touching
10 V  |          take away a little of the electricity. You see the spark in which
11 V  |        seems to imply that so much electricity is lost; but it is not lost;
12 V  |       rapidly, with my finger, the electricity is gone at once - dispersed
13 V  |            to place. Both heat and electricity can be conducted; and here
14 V  |          of power as compared with electricity. If I take cylinders of
15 V  |         regard to the traveling of electricity from place to place, its
16 V  |           machine, you see how the electricity leaves the latter and passes
17 V  |         away, showing you that the electricity is conducted by the glass
18 V  |           bottom, you will see the electricity passing through the air
19 V  |            at the top, see how the electricity passes! It has flashed instantaneously
20 V  |      machine]. Because it conducts electricity. And why do I have these
21 V  |            obstruct the passage of electricity. And why do I put that paper
22 V  |         the machine is turned, the electricity which is evolved travels
23 V  |       manage to send this power of electricity from place to place by choosing
24 V  |         this transferable power of electricity. I will take a Leyden jar,
25 V  |          capable of preventing the electricity from going away to the earth.
26 V  |        this stool, and receive the electricity through this conductor,
27 V  |           it is that this power of electricity can be transferred from
28 V  |        loss to bring this power of electricity into comparison with those
29 VI |         you have seen the force of electricity acting in other ways than
30 VI |        this force of affinity into electricity or magnetism, or any other
31 VI |        same manner as the ordinary electricity did. He made it in order
32 VI |          affinity by means of this electricity; not having provided fire
33 VI |     evolved at this point heat, or electricity, or any other name referring
34 VI |           indigo, and the power of electricity has come through these wires
35 VI |      dealing with the chemistry of electricity, which is, that the chemical
36 VI |          is there transformed into electricity and carried along the wires
37 VI |            this chemical action or electricity may be carried about. That
38 VI |        chemical affinity producing electricity, and electricity again becoming
39 VI |         producing electricity, and electricity again becoming chemical
40 VI |            chemical force, or this electricity - which shall I name first? -
41 VI |   relations of these two forces of electricity and chemical affinity to
42 VI |      change of chemical force into electricity, and electricity into magnetism?
43 VI |        force into electricity, and electricity into magnetism? I might
44 VI | experiments whereby I could obtain electricity and chemical action, heat