The density of a gas at `27^(@)C` and `760 mm` pressure is `24`. Calculate the temperature at which it will be `18`, the pressure remaining constant.

The density of a gas at 27^(@)C and 760mm pressure was found to be 3.0g//litre Find out the temperature at which the density will become 2.4g litre keeping pressure constant .

Calculate the temperature at which RMS velocity of a gas is half its value at 0^@c , pressure remaining constant.

Calculate the temperature at which rms velocity of a gas is half it's value at 0^@C , pressure remaining constant

Calculate the temperature at which rms velocity of a gas is half its value at 0^(@)C , pressure remaining constant

Calculate the temperature at which rms velocity of a gas is one third its value at 0^(@)C , pressure remaining constant.

The density of a gas at 27^(@)C and 1 atm pressure is d. Pressure remaining constant at which of the following temperature will its density be 0.75 d ?

The density of a gas at 27°C and 1 atm is d. Pressure remaining constant at what temperature its density becomes 0.75 d

A gas occupies 800 cm^3 under 760 mm Hg pressure. Find under what pressure the gas will occupy 380 cm^3 the temperature remaining constant.