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

If c is rms speed of molecules in a gas and v is the speed of sound waves in the gas, show that (c)/(v) is constant and independent of temperature for all diatomic gases.

The rms speed of a gas molecule is

The rms speed of a gas molecule is

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

The rms speed of gas molecules =________.

At a given temperature if V_(rms) is the root mean square velocity of the molecules of a gas , V_(s) is the velocity of sound in it ,then these are related as (gamma=(C_(P))/(C_(v)))

At a given temperature if V_(rms) is the root mean square velocity of the molecules of a gas and V_(s) be the velocity of sound in it, then these are related as (gamma=(C_(p))/(C_(v)))

Speed of sound wave in a gas V_(1) and rms speed of molecules of the gas at the same temperature is v_(2) .