Part

 1 III|     liberated from the water by the electrical current has regained the
 2 III|          work, it is here lost. The electrical current is, as it were,
 3 III|          the instrumentality of the electrical current. But we can attain
 4 III|           forces, if we produce the electrical current by a magneto-electrical
 5 III|          magnet, and in these coils electrical currents are produced, which
 6 III|        chemical.~The application of electrical currents opens out a large
 7 III|         ordinary galvanic batteries electrical currents are produced by
 8 III|            conductors through which electrical currents pass they produce
 9 III|           melts. On the other hand, electrical currents are produced by
10 III|        copper wire, traversed by an electrical current, becomes magnetic,
11 III|        extended applications in the electrical telegraph, for instance. [
12 III|             attracted the moment an electrical current, arriving by the
13 III|          the magnetic action of the electrical current. Conversely, by
14 III|            should obtain in them an electrical current just as we have
15 III|           themselves in the effort.~Electrical currents can perform work,
16 III|       weight; it would then furnish electrical currents.~We have seen that
17 III|              produce either heat or electrical currents or mechanical work.~
18 III| thermo-electric batteries) in which electrical currents are produced by