r.m.s speed of ideal gas at `127^(@)C` is `200m//s` the rms. Speed of same ideal gas at temperature `227^(@)C` is

How would the rms speed of an ideal gas change if temperature increases.

The speed of sound in a particular gas at a temperature 27""^(@)C is 340 m/s. Then, the speed of sound in the same gas at a temperature 90""^(@)C is:

The speed of sound in a particular gas at a temperature 27""^(@)C is 340 m/s. Then, the speed of sound in the same gas at a temperature 90""^(@)C is:

An ideal gas in a closed container is heated so that the final rms speed of the gas particles increases by 2 times the initial rms speed. If the initial gas temperature is 27^(@)C , then the final temperature of the ideal gas is :

The ratio of the sound in a monatomic gas at 27^(@)C and rms speed of the molecules of the same gas at a temperature of 127^(@) C is

The r.m.s. velocity of the molecules in a gas at 27^(@)C is 300 m/s. then the r.m.s. velocities o the molecules in the same gas at 927^(@)C is

The temperature of an ideal gas is increased from 27^(@)C to 327^(@)C . If the r.m.s. speed of its molecules at 27^(@)C is 200m//s , then the new r.m.s. speed at 600^(@)K will be

What will be the r.m.s. speed of a gas at 800^(@)K ?

The rms speed of oxygen at room temperature is about 500m/s. The rms speed of hydrogen at the same temperature is about

The rms speed of oxygen at room temperature is about 500m/s. The rms speed of hydrogen at the same temperature is about