" The temperature at which RMS velocity of "SO_(2)" molecule is half that of He molecules at "300k" is "

A temperature at which rms speed of SO_(2) molecule is half of that of helium molecules at 300 K

The temperature at which the r.m.s. velocity of oxygen molecules equal that of nitrogen molecules at 100^(@)C is nearly.

The temperature at which the rms velocity of oxygen molecules equals to that of nitrogen molecules at 0^(@)C is

At what temperature RMS velocity of O_2 molecule will be one third of H_2 molecule at -3°C?

The temperature at which r.m.s. velocity of hydrogen molecules is equal that of oxygen at 100◦C is nearly

Two bulbs A and B of equal capacity are filled with He and SO_(2) , respectively, at the same temperature. (a) If the pressures in the two bulbs are same, what will be the ratio of the velocities of the molecules of the two gases? (b)At what temperature will the velocity of SO_(2) molecules become half of the velocity of He molecules at 27^(@)C ? (c) How will the velocities be affected if the volume of B becomes four times that of A ? (d) How will the velocities be affected if half of the molecules of SO_(2) are removed from B ?

At what temperature will the rms velocity of O_(2) molecules be qual to that of H2 at 200 K.

If the temperature at which the r.m.s. velocity of oxygen molecules equals to that of nitrogen molecules at 0^(@)C will be (M_(N)=28,M_(0)=32)