The sum of internal energy (u) and the product of pressure and volume (P.V) is

Show that the product of pressure and volume i.e., pV has the dimensions of energy.

Show that the product of pressure times volume, PV, has the dimension of energy.

The sum of the internal energy of the system and the energy that arises due to its pressure and volume is called ______ of the system.

The sum of the internal energy of the system and the energy that arises due to its pressure and volume is called ______ of the system.

(A): The internal energy of an ideal gas does not change during an isothermal process (R ): In isothermal process product of pressure and volume is constant.

Internal energy and pressure of a gas of unit volume are related as:

One mole of an ideal gas has an internal energy given by U=U_(0)+2PV , where P is the pressure and V the volume of the gas. U_(0) is a constant. This gas undergoes the quasi - static cyclic process ABCD as shown in the U-V diagram. The molar heat capacity of the gas at constant pressure is

For a diatomic gas change in internal energy for unit change in temperature for constant pressure and constant volume is Delta U_(1) and Delta U_(2) respectively. The ratio of Delta U_(1) : Delta U_(2) is

Show that production of pressure (P) and volume (V) has dimensions of energy.

One mole of an ideal gas has an interal energy given by U=U_(0)+2PV , where P is the pressure and V the volume of the gas. U_(0) is a constant. This gas undergoes the quasi - static cyclic process ABCD as shown in the U-V diagram. The molar heat capacity of the gas at constant pressure is