A monoatomic gas at a temperature T has pressure P and heat energy per unit volume E. then

Kinetic energy per unit volume of a gas is

The pressure energy per unit volume of a liquid is

For an ideal gas, pressure (p) and interal energy (E ) per unit volume are related as

For an ideal gas, pressure (p) and interal energy (E ) per unit volume are related as

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

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

If P is the pressure of gas, then the kinetic energy per unit volume of the gas is .

Show that the pressure energy per unit volume of a liquid is P.

Two moles of a gas at temperature T and volume V are heated to twice its volume at constant pressure. If (C _(p))/(C _(v)) = gamma then increase in internal energy of the gas is-