Draw a graph between the pressure of a gas and the speed of sound waves passing through that gas.

The apparatus used to find the speed of sound in a gas is

What is the shape of the graph between the pressure and speed of sound in a gaseous medium ?

If v_(rms) is the rms speed of molecules in a gas and v is the speed of sound waves in the gas, then the ratio (v_(rms))/v is

The changes in pressure an volume of air, when sound wave passes through air are

The correct graph between v^(2) (square of the speed of sound) and absolute temperature T of the gas is

If c is r.m.s speed of molecules in a gas and upsilon is the speed of sound waves in the gas, show that c//upsilon is contant and independent of temperature for all diatomic gases.

The wavelength of sound wave in a gas is -