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Alphabetical    [«  »]
were 10
what 13
whatever 1
wheel 19
wheels 9
when 48
whence 1
Frequency    [«  »]
19 raised
19 then
19 there
19 wheel
18 clock
18 could
18 electrical
Hermann Ludwig Ferdinand von Helmholtz
On the Conservation of Force

IntraText - Concordances

wheel

   Part
1 I | connected with the first toothed wheel of the clock, cannot obey 2 I | circumference of such a wheel are a series of buckets, 3 I | buckets of the front of the wheel, and at F, where the mouth 4 I | on only one side of the wheel, draws this down, and thereby 5 I | down, and thereby turns the wheel; the other side of the wheel 6 I | wheel; the other side of the wheel offers no resistance, for 7 I | falling water which turns the wheel, and furnishes the motive 8 I | of water which turns the wheel must necessarily fall in 9 I | a position to drive the wheel, if it is not restored to 10 I | palace there was a water wheel. Its use was first introduced 11 I | increased.~In the overshot mill wheel, described above, water 12 I | is called the undershot wheel, in which it only acts by 13 I | on the upper part of the wheel. The lower part of undershot 14 I | immediate neighborhood of such a wheel, the water need not necessarily 15 I | as water at rest a water wheel. The driving force depends 16 II | never completely annul it. A wheel which turns about a well-worked 17 II | have imparted to such a wheel when we started it, is gradually 18 II | if the vis viva which the wheel had possessed had been simply 19 III| the arm which turns the wheel produces the work which


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