Give a mathematical relation of RMS velocities of two different gases at a given temperature.

RMS velocity of a gas does not vary with________at a given temperature.

Gases best follow the facts given below A) An ideal gas obeys the mathematical relation PV=nRT B) Rates of diffusion of two gases are in the reciprocal ratio of square roots of their molecular weight C) Total pressure of a mixture of non reacting gases is given by the algebric sum of their partial pressure What is the mass of water vapour in 1 m^3 of air with 0.4 relative humidity at 300K? (Aqueous tension at 300K = 3.6 K Pa)

Gases best follow the facts given below A) An ideal gas obeys the mathematical relation PV=nRT B) Rates of diffusion of two gases are in the reciprocal ratio of square roots of their molecular weight C) Total pressure of a mixture of non reacting gases is given by the algebric sum of their partial pressure An ideal gas is captured in a glass tube of uniform arca of cross section by a water column at a given temperature as shown If the tube is held vertical, by what length the water column descends down? (Density of mercury=13.6gm/cc) (P_(atm)=76cm of Hg)

The ratio of the R.M.S. Velocities of Hydrogen and Oxygen molecules at the same temperature is

If RMS velocity of carbon dioxide is 4.4 xx 10^(4)cm s^(-1) at given temperature, find the RMS velocity of ethane at the same temperature

How are ratio of molecular velocities related to molecular weight and temperature of gases?

How are ratio of molecular velocities related to molecular weight and temperature of gases?

One litre glass bulb contains 2 xx10^(21) molecules of nitrogen at a pessure of 7.57 xx 10^(21) Newton m^(-2) . Find the RMS velocity and temperature of the gas. If the ratio of most probable velocity and RMS velocity is 0.82, find the most probable velocity of nitrogen gas at the same temperature.

At a given temperature the ratio of RMS and average velocities is