The rms velocity of an ideal gas at 300 K is 12240 `ems^(-1)`, what is the most probable velocity at that temperature?

The RMS velocity of an ideal gas at 300K is 12240 cm/see, then its most probable velocity in cm/sec at the same temperature is

The RMS velocity of the molecules of a gas is greater than the most probable velocity at the same temperature.

The rms velocity of an ideal gas at 27^@C is 0.3 ms^(-1) . Its rms velocity at 927^@ C (in ms^(-1) ) is :

The average velocity of the molecules of a gas at T_(1)K will be the same as the most probable velocity of the molecules of the gas at T_(2)K when-

The average velocity of gas is 2.9 xx 10^4 cms^(-1) .Calculate the RMS and most probable velocities of the gas.

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