A gas is filled in a cylinder fitted with a piston at a definite temperature and pressure. Explain on the basis of kinetic theory why on pulling the piston out, the pressure of decreases.

A gas is filled in a cylinder fitted with a piston at a definite temperature and pressure. Explain on the basis of kinetic theory, the pressure of the gas increases by raising its temperature.

A gas is filled in a cylinder fitted with piston at a constant temperature and pressure. Explain on the basis of kinetic theory : (i) The pressure of the gas increases by raising its temperature. (ii) On pulling the piston out, the pressure of the gas decreases. The pressure of an ideal gas filled in the bulb of a constant - volume gas thermomrter at 7^(@)C is 60 cm of mercury. What will be the pressure of the same volume of gas at 147^(@)C ?

A cylinder fitted with a piston is filled with a gas at a given temperature and pressure. Explain on the basis of the kinetic theory the increase in pressure of the gas as its temperature is increased.

Explain the temperature and pressure of a gas according to the kinetic theory of gas?

Give qualitative definition of pressure on the basis of kinetic theory of gases.

On the basis of kinetic theory of gases, explain how does a gas exert pressure?

On the basis of kinetic theory of gases, explain how does a gas exert pressure.

When a gas expands at constant temperature, why does the pressure decrease? Explanin it on the basis of kinetic theory of gases.