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Isothermal: T = constant Adiabatic: S= constant; Q =0 a+1 pV = const.; V*-\T = const.; y=- Boltzmann Factor: exp(-Е, I КT) P. 8, exp(-E, / kT') :P Lexp(-E, I kT')" E8, exp(-E, I KT)

Isothermal: T = constant Adiabatic: S= constant; Q =0 a+1 pV = const.; V*-\T = const.; y=- Boltzmann Factor: exp(-Е, I КT) P. 8, exp(-E, / kT') :P Lexp(-E, I kT')" E8, exp(-E, I KT)

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explain each physics formula by saying what each variable means/stands for and explain the formula as a whole, please.  

Thermodynamic Processes Isothermal: T = constant Adiabatic: S = constant; Q = 0 a+1 pV = const.; Vr-\T = const.; y=- Boltzmann Factor: exp(-E, / kT) P = 8, exp(-E, / kT ) ; Р, Eexp(-E, I kT')' 28, exp(-E, / kT)
Transcribed Image Text:Thermodynamic Processes Isothermal: T = constant Adiabatic: S = constant; Q = 0 a+1 pV = const.; Vr-\T = const.; y=- Boltzmann Factor: exp(-E, / kT) P = 8, exp(-E, / kT ) ; Р, Eexp(-E, I kT')' 28, exp(-E, / kT)
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