An ideal gas has an adiabatic coefficient gamma . In some process, the molar heat capacityvaries as C= alpha //T, where alphais a constant. Find (a) the work performed by one mole of gas during its heating from the temperature T_0 to the temperature etatimes higher, and (b) the equation of the process in the variable P, V.

An ideal gas has an adiabatic coefficient gamma . In some process, the

1.	An ideal gas has an adiabatic coefficient gamma . In some process, the molar heat capacityvaries as C= alpha //T, where alphais a constant. Find (a) the work performed by one mole of gas during its heating from the temperature T_0 to the temperature etatimes higher, and (b) the equation of the process in the variable P, V.
Answer» Solution :`PV^( GAMMA) .e^((alpha ( gamma -1))/(PV))`= CONSTANT