A thermally insulated rigid container of one litre volume contains a diatomic ideal gas at room temperature. A small paddle installed inside the container is rotated from the outside such that the pressure rises by `10^(5)Pa`. The change in internal energy is close to

A thermally insulated rigid container contain an ideal gas heated by a filament of resistance 30Ω through a current of 2A for 3 min, then change in internal energy is

Agas is allowed to expand in a well-insulated container against a constant external pressure of 2.5 atm from 2.5 L to 4.5 L. The change in internal energy of the gas

A thermally insulated rigid container contains an ideal gas heated by a filament of resistance 100 Omega through a current of 1 A for 5 min then change in internal energy

One mole of a monoatomic ideal gas is contained in an insulated and rigid container. It is heated by passing a current of 2A for 10 minutes through a filament of resistance 100Omega . What is change in the internal energy of the gas ?

An insulated container is divided into two equal portions. One portion contains as ideal gas at pressure P and tenperature T . The othe portion is a perfect vaccume. If a hole is opened between the two portions, claculate a. the change in internal energy. b. the change in temperature.

An insulated container is divided into two equal portions. One portion contains as ideal gas at pressure P and tenperature T . The othe portion is a perfect vaccume. If a hole is opened between the two portions, claculate a. the change in internal energy. b. the change in temperature.

A 10.0 litre container is filled with a gas to a pressure of 2.00 atm at 0^(@)C . At what temperature will the pressure inside the container be 2.50 atm ?