`CO_2` gas is taken in a cylinder provided with a piston. The cylinder is dipped in hot water: What is the relation between temperature and the volume of a gas?

CO_2 gas is taken in a cylinder provided with a piston. The cylinder is dipped in hot water: State this gas law.

CO_2 gas is taken in a cylinder provided with a piston. The cylinder is dipped in hot water: What happens to the movement of CO_2 molecules?

What relation do you arrive at between pressure and volume of the gas?

What can you infer about the relation between the volume and temperature of a gas?

The base radii of two cylinders are in the ratio 2: 3 and their heights are in the ratio 5: 4 . i) What is the ratio of their volumes? ii) The volume of the first cylinder is 720 centimetres. What is the volume of the second?

If a gas which is kept in a cylinder having a volume of 1 litre, is completely transferred to another 5 litre cylinder then what will be the volumeof thegas?

If the pressure of a certain amount of a gas is doubled keeping the temperature constant, what would be the volume of, the gas?

A gas is taken in a cylinder. The walls of the cylinder is insulated from the surroundings. If a gas is suddenly compressed 1/4^th of its original volume. Calculate the rise in temperature. The initial temperature was 27°C and gamma=1.5

Gas laws are relationship between the measurable properties of gases. Draw the graph to illustrate the relationship between temperature and pressure of a fixed amount of gas at constant volume.

A gas is taken in a cylinder. The walls of the cylinder is insulated from the surroundings. The gas in a cylinder is suddenly compressed. Which thermodynamic process is involved in this statement. Explain the thermodynamic process.