The velocity of sound in oxygen is V. the velocity of sound in mixture of O2,N2 at 0 degree celsius mixed in ratio 1/1 by volume is,

The velocity of sound in hydrogen at 0^@C" is 1.28kms"^(-1) . Calculate the velocity of sound in a mixture of 4 parts by volume of hydrogen and one part of oxygen at the same temperature?

The velocity of sound in hydrogen at STP is 1400ms^(-1) . Find the velocity of sound in a mixture with 3 parts by volume of oxygen and 2 parts by volume of hydrogen at 819^(@)C ?

(A): The velocity of sound in hydrogen gas is more than the velocity of sound in oxygen gas. (R): The density of hydrogen is more than the density of oxygen.

Velocity of sound in air is 332 ms^-1 . Its velocity in vacuum will be

The ratio of velocity of sound in hydrogen and oxygen at STP is

Find the velocity of sound in O_2 at NTP. Given that the velocity of sound in the H_2 at NTP is 1880 ms^(-1) the density of oxygen is 16 times the density of hydrogen gamma= 1.4 for both the gases.

A mixture of diatomic gases is obtained by mixing m_1 and m_2 masses of two gases, with velocity of sound in them c_1 and c_2 respectively. Determine the velocity of sound in the mixture of gases. (Temperature of the gas remains constant)

A gas is a mixture of two parts by volume of hyprogen and part by volume of nitrogen at STP . If the velocity of sound in hydrogen at 0^(@) C is 1300 m//s . Find the velocity of sound in the gaseous mixure at 27^(@)C .

If velocity of sound at room temperature is 35078 cm s^(-1) , then velocity of sound at 0^(@) C

At room temperature (27^(@)C) the velocity of sound in air is 330 m/s. the increase in velocity of sound when temperature is increased by 1^(@)C is