Find out the temperature at which the molecular rms velocity of a gas would be `1/3 rd` its value at `100^@` .

Find out the temperature at which the molecular rms speed of a gas would be 1/3 rd its value at 100^@C .

The temperature at which the r.m.s velocity of constituent gas particle at 0^(@)C decreases to half is

Calculate the temperature at which the average translational kinetic energy of the molecules of a gas will be 1/3 rd of that at 180^@C ?

The pressure exerted by an ideal gas is p= 1/3 M/Vc^2 where the symbols have their usual meanings. Using standard gas equation, pV=nRT we find that c^2=(3RT)/M or C^2 prop T . Average kinetic energy of translation of 1 mol of gas= 1/2 Mc^2=(3RT)/2 At what temperature, when pressure remain unchanged , will the rms speed of a gas be half its value at 0^@C ?

Find the temperatures at which methane and ethane will have the same rms speed as carbon dioxide at 400^@C . Also calculate the mean velocity and most probable velocity of methane molecules at 400^@C .

IF the rms velocity of hydrogen gas at certain temperature is c, then the rms velocity of oxygen gas at the same temperature is

At which temperature the r.m.s. velocity will be halved of it at 0^@C ?

A certain gas of mass 6.431 g occupies a volume of 5 L at a definite temperature and 750 mm pressure. At the same temperature, what will be the rms velocity of the molecules of that gas?

Find out the relation between R.M.S velocity and velocity of sound within that media.