The rms speed of oxygen molecules at a certain temperature `T` is `v`. If the temperature is doubled and oxygen gas dissociates into atomic oxygen, then the rms speed

The rms speed of oxygen molecules at a certain temperature is upsilon . If the temperature is doubled and the oxygen gas dissociates into atomic oxygen, the rms speed would be

State whether the following statements are true or false gving reason in brief: The r.m.s. speed of oygen molecules (O_2) at a certain temperature TK is v. If the temperature is double and oxygen gas dissociates into atomic oxygen, the r.m.s. speed remains unchanged.

Statement I: The rms speed of oxygen molecules (O_2) at an absolute temperature T is c. IF the temperature is doubled and oxygen gas dissociates into atomic oxygen, the rms speed remains unchanged. Statement II: The rms speed of the molecules of a gas is directly proportional to sqrt(T//M)

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 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 (rms) speed of oxygen molecules (O_(2)) at a certain absolute temperature is v.If the temperature is double and the oxygen gas dissociated into atomic oxygen, the rms speed would be

The root-mean-square (rms) speed of oxygen molecules (O_(2)) at a certain absolute temperature is v.If the temperature is double and the oxygen gas dissociated into atomic oxygen, the rms speed would be