[" (C) "5/3],[" One mole of Argon is heated using "PV^(5/2)=],[" constant.By what amount heat is absorbed during "],[" the process,when temperature changes by "Delta T=],[26K" ."]

One mole of Argon is heated using PV^(5//2) = constant . By what amount heat is absorded during the 'process , when temperture changes by DeltaT=26 K .

On mole of Argon is heated using PV^3/2 = constant. Find the amount of heat obtained by the process when the temperature changes by triangleT = -26 K.

The volume of 1 mol of an ideal gas with the adiabatic exponent gamma is changed according to the relation V = b/T where b = constant. The amount of heat absorbed by the gas in the process if the temperature is increased by Delta T will be

The volume of one mole of an ideal gas with adiabatic exponent gamma is varied according to V=b/T , where b is a constant. Find the amount of Heat is absorbed by the gas in this process temperature raised by DeltaT

One mole of argon is expanded according to process equation PV^(1.5)= constant and its temperature falls by 26 K, then

One mole of argon is expanded according to process equation PV^(1.5)= constant and its temperature falls by 26 K, then

The ratio of specific heats ( C_(p) and C_(v) ) for an ideal gas is gamma . Volume of one mole sample of the gas is varied according to the law V = (a)/(T^(2)) where T is temperature and a is a constant. Find the heat absorbed by the gas if its temperature changes by Delta T .