Calculate the temperature at which root mean square velocity of `SO_(2)` molecules is the same as that of `O_(2)` molecules at `127^(@)C`. Molecular weights. Of `O_(2) and SO_(2)` are 32 and 64 respectively.

The temperature at which the root mean square velocity of SO_(2) molecules is same as that of O_(2) molecules at 27^(@)C

The temperature at which the root mean square velocity of SO_(2) molecules is same as that of O_(2) molecules at 27^(@)C

The temperature at which the root mean square speed of SO_2 molecule is same as that of methane at 27^@ C.

At what temperature, the root-mean-square velocity of SO_(2) will be the same as that of CH_(4) at 27^(@)C ?

Calculate the temperature at which root mean square velocity of N_(2) molecules is 25% more than that of molecules of hydrogen at -73^(@)C . Molecular weight of nitro-gen is 28 while that of hydrogen at is 2.

Calculate the temperature at which root mean square velocity of SO_2 is doubled than its root mean square velocity at 27^@C .

At what temperature will the rms velocity of SO_(2) molecules be equal to the rms velocity of O_(2) molecules at 25^(@)C ?

Calculate the temperature at which rms velocity of a gas molecule is same as that of a molecule of another gas at 47^(@)C . Molecular weight of first and secon gases are 64 and 32 respectively.