Treatise On Thermodynamics
Treatise On Thermodynamics
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. 4>', and that no change has been produced in any body outside the system, and let Oi' + $2' + ... + ; 2 + . . . + *, (57) then it is possible, according to the proposition proved in 123, to bring the system by a reversible process, without leaving changes in other bodies, into any other state in which the sum of the entropies is $1' + $2' + . . . + $;, and accordingly into a state in which the first gas has the entropy $1, the second the entropy 2 . > the (n i)th the entropy O n _i, and the ...nib. In consequence the entropy ($1' + $a f + + $') - $1 - #2 - - - $-i (58) The first (n i) gases may now be reduced to their original state by reversible adiabatic processes. The nth gas possesses the entropy (58), which is, according to the supposi- tion (57), smaller than the original entropy 3> TC . The entropy of the nth gas has, therefore, been diminished without leaving changes in other bodies. This we have already proved in the preceding paragraph to be impossible.
94 THERMODYNAMICS.
What to read after Treatise On Thermodynamics?
You can find similar books in the "Read Also" column, or choose other free books by Max Planck to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
. 4>', and that no change has been produced in any body outside the system, and let Oi' + $2' + ... + ; 2 + . . . + *, (57) then it is possible, according to the proposition proved in 123, to bring the system by a reversible process, without leaving changes in other bodies, into any other state in which the sum of the entropies is $1' + $2' + . . . + $;, and accordingly into a state in which the first gas has the entropy $1, the second the entropy
94 THERMODYNAMICS.
What to read after Treatise On Thermodynamics?
You can find similar books in the "Read Also" column, or choose other free books by Max Planck to read onlineMoreLess
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