An ideal gas undergoes a process in which co-efficient of volume expansion of gas gamma, varies with absolute temperature by the relation gamma=(2)/(T). Let C is molar heat capacity in this process and C_(p).C_(V) are molar heat capacities at constant pressure and volume respectively. Then

An ideal gas undergoes a process in which co-efficient of volume expan

1.	An ideal gas undergoes a process in which co-efficient of volume expansion of gas gamma, varies with absolute temperature by the relation gamma=(2)/(T). Let C is molar heat capacity in this process and C_(p).C_(V) are molar heat capacities at constant pressure and volume respectively. Then
Answer» `C=3C_(V)+2R` `C=2C_(V)+2R` `C=C_(V)+2R` `C=C_(V)-R` ANSWER :C