Thermodynamic derivation of law of chemical equilibrium
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lets take the example of 3 bodies..
A,B and C
if we make a contact of body A with C then the temp of both A and C will be come on equilibrium
and then put B with C
then B and C will also come in equilibrium..
now if we see that A and B are also in equilibrium. .
it is the law of thermodynamics
A,B and C
if we make a contact of body A with C then the temp of both A and C will be come on equilibrium
and then put B with C
then B and C will also come in equilibrium..
now if we see that A and B are also in equilibrium. .
it is the law of thermodynamics
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For an isolated chemical reactor, we derive the conditions for chemical equilibrium in terms of either energy, volume, and amounts of constituents or temperature, pressure, and composition, with special emphasis on what is meant by temperature and chemical potentials as the system proceeds through nonequilibrium states .
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