Part

 1 Int|        in 1894, he continued to produce in an unbroken stream. He
 2 I  |    diversified arrangements. We produce by their agency an infinite
 3 I  | arrangements which the machines produce; we are only concerned with
 4 I  |     capacity of this gravity to produce the motion of the clockwork
 5 I  |       raised through a foot can produce.1~We may apply this measure
 6 I  |       for damming the rivers to produce any amount of water power.~
 7 II |        is motive force, and can produce work, is called vis viva.
 8 II |        see, then, that heat can produce mechanical power; but in
 9 II |     case, for instance, when we produce fire by striking flint against
10 III| quantity of work is required to produce that amount of heat which
11 III|        natural forces which can produce work - I mean the chemical.
12 III|  gunpowder and the steam engine produce; for the heat which is consumed
13 III|      united; they can no longer produce either heat or work any
14 III|        mechanical forces, if we produce the electrical current by
15 III|   electrical currents pass they produce heat; I stretch a thin platinum
16 III|        all.~A raised weight can produce work, but in doing so it
17 III|       when they come into play, produce either heat or electrical
18 III| measured by the heat which they produce. By similar relations, the
19 III|   wealth. A machine which could produce work from nothing was as