Part

 1 I  |          the amount of work of a machine. We have nothing to do here
 2 I  |     driving force, for any given machine, by the magnitude and height
 3 I  |         be necessary to keep the machine going with its arrangements
 4 I  |      case be simpler to work the machine by the direct action of
 5 I  |          been used for driving a machine, would it not be very easy,
 6 II |         our last experiment, the machine is caused to drive a solid
 7 II |     motion to other parts of the machine.[Fig. 97 represents a front
 8 II |      move the solid parts of the machine, and furnish work.~You all
 9 II |           that it may take fire; machine wheels with iron axles going
10 III| transferred to the piston of the machine, accumulated in it, and
11 III|          by a magneto-electrical machine. If we turn the handle,
12 III|     force the magneto-electrical machine transforms mechanical force
13 III|        in the magneto-electrical machine; in the spirals of that
14 III|           in the spirals of that machine there is an iron core which,
15 III|       drive a magneto-electrical machine by a falling weight; it
16 III|         By this was understood a machine which was to work continuously
17 III|  promised enormous gains. Such a machine would have had all the advantages
18 III|          fuel. Work is wealth. A machine which could produce work