Kinetic Theory ...

Certain amount of an ideal gas is contained in a closed vessel. The vessel is moving with a constant velocity v. The molecular mass of gas is M. The rise in temperature of the gas when the vessel is suddenly stopped is (γ = C_P/C_V)

Air is filled at 60°C in a vessel of open mouth. The vessel is heated to a temperature T so that 1/4 th part of air escapes. Assuming the volume of the vessel remaining constant, the value of T is

The average momentum of a molecule in an ideal gas depends on

Mean free path of gas molecules of constant temperature is inversely proportional to

The temperature of a gas at pressure P and volume V is 27°C. Keeping its volume constant if its temperature is raised to 927°C, then its pressure will be

Boyle\'s law holds for an ideal gas during

S.I. unit of universal gas constant is

Figure shows two flasks connected to each other. The volume of the flask 1 is twice that of flask 2. The system is filled with an ideal gas at temperature 100 K and 200 K respectively. If the mass of the gas in 1 be m, then what is the mass of the gas in flask 2?

At constant pressure, the ratio of increase in volume of an ideal gas per degree rise in kelvin temperature to it\'s original volume is (T = Absolute temperature of the gas)

The volume of gas at 20°C is 200 ml. If the temperature is reduced to –20°C at constant pressure, its volume will be