In an adiabatic change, the pressure and temperature of a monoatomic gas are related with relation as `P prop T^(C )`, Where `C` is equal to:

In an adiabatic change, the pressure p and temperature T of a diatomic gas are related by the relation ppropT^alpha , where alpha equals

Some ideal monoatomic gas A in an enclosure has a pressure P and the temperature T . Another ideal monoatomic gas B enclosed in a container of the same volume has a pressure of 2P and temperature T/2 . The ratio of the average kinetic energy per molecule of gas A to gas B is

The pressure (P) and absolute temperature (T) of an ideal gas are related to each other as Pprop(1)/(T^(2)) . If temperature of gas is 300 K and its volume changes from V to 8 V, then find the final temperature of gas.

An ideal gas undergoing adiabatic change has the following pressure-temperature relationship

During adiabatic changes, V prop 1//T^(2) . How will pressure of the gas vary with temperature?