N molecules each of mass m of gas A and 2N molecules each of mass 2m of gas B are contained in the vessel which is maintained at a temperature T. The mean square of velocity of the molecules of B type is denoted by `v^(2)` and the mean square of the x-component of the velocity of A type is denoted by `w^(2).` The ratio of `w^(2):v^(2)` is

N molecules each of mass m of gas A and 2 N molecules each of mass 2m of gas B are contained in the same vessel which is maintined at a temperature T. The mean square of the velocity of the molecules of B type is denoted by v^(2) and the mean square of the x-component of the velocity of a tye is denoted by omega^(2) . What is the ratio of omega^(2)//v^(2) = ?

N molecules , each of mass m, of gas A and 2 N molecules , each of mass 2m, of gas B are contained in the same vessel which is maintained at a temperature T. The mean square velocity of molecules of B type is denoted by V_(2) and the mean square velocity of A type is denoted by V_(1) then (V_(1))/(V_(2)) is

At temperature T ,N molecules of gas A each having mass m and at the same temperature 2N molecules of gas B each having mass 2m are filed in a container.The mean square velocity of molecules of gas B is v^(2) and mean square of x component of velocity of molecules of gas A is w^(2) .The ratio of w^(2)/v^(2) is :

The rms velocity of molecules of a gas at temperature T is V _(rms). Then the root mean square of the component of velocity in any one particular direction will be –

The velocity of sound in a gas is 300 m/s . The root mean square velocity of the molecules is ( gamma = 1.4 )

The temperature at which the root mean square velocity of the gas molecules would become twice of its value at 0^(@)C is

The root mean square velocity of a gas molecule of mass m at a given temperature is proportional to

The root mean square velocity of a gas molecule of mass m at a given temperature is proportional to

A mixture of two gases is contained in a vessel. The Gas 1 is monoatomic and gas 2 is diatomic and the ratio of root mean square speeds of the molecules of two gases is

At STP , the order of mean square velocity of molecules of H_(2) , N_(2) , O_(2) , and HBr is