For an ideal gas its adiabatic exponent is gamma . In some process its molar heat capacity varies as C = alpha/T, where alphais a constant. Work performed by one mole of gas during its heating from T_0 to nT_0will be

For an ideal gas its adiabatic exponent is gamma . In some process its

1.	For an ideal gas its adiabatic exponent is gamma . In some process its molar heat capacity varies as C = alpha/T, where alphais a constant. Work performed by one mole of gas during its heating from T_0 to nT_0will be
Answer» `alpha log_e n` `alpha log_e n - (n-1) RT_0` `alpha log_e n - (n-1)/(GAMMA -1) RT_0` zero Answer :C