Find the ratio of velocity of sound in h...

Find the ratio of velocity of sound in helium `(gamma =5//3)` and that in oxygne `(gamma=7//5)`. Given the molecular weights of Helium and Oxygen are 4 and 32 respectively.

Similar Questions

Explore conceptually related problems

Find the ratio of velocity of sound in Helium to that in nitrogen at same temperature. The molecular weights of helium and nitrogen are 4 and 28.

What is the ratio of velocity of sound in hydrogen (gamma=7//5) to that in helium (gamma=5//3) at the same temperature?

At a given temperature, the ratio of the velocity of sound in helium gas to that in nitrogen gas is

The ratio of the velocity of sound in Hydrogen gas (gamma=7/5) to that in Helium gas (gamma=5/3) at the same temperature is sqrt(21/3).

The ratio of the velocity of sound in Hydrogen gas (gamma=7/5) to that in Helium gas (gamma=5/3) at the same temperature is sqrt(21/3) .

The ratio of the velocity of sound in hydrogen (gamma= (7)/(5)) to that in helium (gamma= (5)/(3)) at the same temperature is (rho_1:rho_2=1:2)

The ratio of the rate of diffusion of a given element to that of helium at the same pressure is 1.4. The molecular weight of the element is