Find the temperature at which sound travels in hydrogen with the same velocity as in ocygen at `1000^(@)C`. Density of oxygen is 16times that of hydrogen.

Calculate the temperature at which sound travels in hydrogen with the same speed as in helium at N.T.P. The density of helium is twice that of hydrogen.

If velocity fo sound in hydrogen at 0^(@)C is 1280 ms^(-1) , what will be the velocity of sound at the same temperature in a mixture, 2 parts in volume of hydrogen to one part of oxygen. Density of oxygen is 16 times that of hydrogne.

The temperature at which the velocity of sound in oxygen will be same as that of nitrogen at 15^(@) C is

The temperature at which the velocity of sound in oxygen will be same as that of nitrogen at 15^(@) C is

At which temperature the speed of sound in hydrogen will be same as that of speed of sound in oxygen at 100^@C

Estimate the temperature at which the oxygen molecules will have the same rms velocity as hydrogen molecules at 150^(@)C . Molecular weight of oxygen is 32 and that of hydrogen is 2.

At which temperature the speed of sound in hydrogen will be same as that of speed of sound in oxygen at 100^@C ?

Calculate the temperature at which the oxygen molecules will have the same rms velocity as the hydrogen molecules at 150^@C. Molecular weight of oxygen is 32 and that of hydrogen is 2.

What is the temperature at which oxygen molecules have the same r.m.s. velocity as the hydrogen molecules at 27^(@)C -