In a process the density of a gas remains constant. If the temperature is doubled, then the change in the pressure will be :-

In a process, the pressure of a gas remains constant. If the temperature is doubles, then the change in the volume will be.

In a process, the pressure of a gas remains constant. If the temperature is doubles, then the change in the volume will be.

Doubling the pressure of a gas at constant temperature, doubles the volume occupied the gas.

A gas is governed by an equation V=(aT^(3))/(P) where P,V and T are pressure, volume and temperature of the gas respectively and .a. is a constant. If the temperature of the gas is doubled at constant pressure then the workdone by the gas is

The average speed of gas molecules is v at pressure P, If by keeping temperature constant the pressure of gas is doubled, then average speed will become

The average speed of gas molecules is v at pressure P, If by keeping temperature constant the pressure of gas is doubled, then average speed will become

How does the density of a given mass of a gas vary with temperature at constant pressure?

Statement-I: it is possible for both the pressure and volume of a monoatomic ideal gas of a given amount to change simultaneously without causing the internal energy of the gas to change. Statement-2: The internal energy of an ideal gas of a given amount remains constant it temperature does not change. it is possible to have a process in which pressure and volume are changed such that temperature remains constant.

Statement-I: it is possible for both the pressure and volume of a monoatomic ideal gas of a given amount to change simultaneously without causing the internal energy of the gas to change. Statement-2: The internal energy of an ideal gas of a given amount remains constant if temperature does not change. it is possible to have a process in which pressure and volume are changed such that temperature remains constant.