Question

Pressure of ideal gas is independent of shape of container- explain

Answer 1

Answer:

The total pressure exerted by a mixture of non-reacting gases in a vessel is equal to the sum of the individual pressures which each gas exerts if it alone occupied the same volume at a given temperature. gases. 7. Pressure of an ideal gas in a container is independent of shape of the container.

Answer 2

The Pressure of ideal gas is independent of the shape of the container.

• Temperature, not volume or either pressure, determines the internal energy as well as enthalpy of the ideal gases.

• The persistent bombardment of gaseous molecules with the container walls causes pressure to be generated by just a gas.

• Because area A and time interval t don't really exist in the final calculation, a certain amount of momentum is transmitted to the container's walls during each collision.

• This transfer is independent of the container's structure. As a result, the pressure of an ideal gas in a container is independent of the container's form.