Given thepartial differential forms ( ∂ A ∂ V ) T = P and ( ∂ A ∂ T ) V = − S what is the total differential of Helmholtz Free Energy in this case? Neglect all possible effects ofchemical potentials and assume that the process can occur.A. d A = − T d s − V d PB. d A = − S d T + P d VC. d A = S d T + P d VD. d A = − P d S − S d V

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Given thepartial differential  forms   (            ∂      A              ∂      V            )    T    =  P and   (            ∂      A              ∂      T            )    V    =  −  S what is the total differential of Helmholtz Free Energy in this case? Neglect all possible effects ofchemical potentials and assume that the process can occur.A.   d  A  =  −  T  d  s  −  V  d  PB.  d  A  =  −  S  d  T  +  P  d  VC.   d  A  =  S  d  T  +  P  d  VD.   d  A  =  −  P  d  S  −  S  d  V

lizparker6q8h9o · Accepted Answer

Helmholtz free energy  In thermodynamics, the Helmholtz free energy is a thermodynamic potential that measures the useful work obtainable from a closed thermodynamic system at a constant temperature and volume.Helmholtz free energy  A  =  U  −  T  S    d  A  =  P  d  V  +  S  d  TOption C is correct

Given thepartial differential forms ( <mi mathvariant="normal">∂

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