If at certain temperature `T_o` RMS speed of a diatomic gas is `V_o`. now if the temperature is made `3T_o` and at this temperature molecules dissociate into atoms then the new RMS speed of gate atoms will be x `V_0`, find value of x

The root mean square speed of the molecules of a diatomic gas is v. When the temperature is doubled, the molecules dissociates into two atoms. The new root mean square speed of the atom is

The average speed of nitrogen molecules in a gas is v . If the temperature is doubled and the N_(2) molecule dissociate into nitrogen atoms, then the average speed will be

The rms speed of N_(2) molecules in a gas in u . If the temperature is doubled and the nitrogen molecules dissociate into nitrogen atom, the rms speed becomes

The rms speed of N_(2) molecules in a gas in u . If the temperature is doubled and the nitrogen molecules dissociate into nitrogen atom, the rms speed becomes

The root mean square speed fo molecules of nitrogen gas is v at a certain temperature. When the temperature is doubled, the molecules dissociate into individual atoms. The new rms speed of the atom is:

The rms speed of oxygen molecules in a gas in a gas is v. If the temperature is doubled and the oxygen molecules dissociate into oxygen atoms, the rms speed will become

The rms speed of hydrogen molecule at a certain temperature is v. If the temperature is doubled and hydrogen gas dissociates into atomic hydrogen , the rms speed will become

The root mean square speed of N_(2) molecules in sample at temperature T is 'x'. If the temperature is doubled, then nitrogen molecules dissociate into atoms, the root mean square speedof nitrogen atoms becomes n times of 'x' find the value of n here?

The root mean spuare (rms) speed of hydrogen molecules at a certain temperature is 300m/s. If the temperature is doubled and hydrogen gas dissociates into atomic hydrogen the rms speed will become

The speed of sound through oxygen gas at T K is v m s^(-1) .As the temperature becomes 2T and oxygen gas dissociated into atomic oxygen, the speed of sound