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The speed of sound in dry air at NTP is ...

The speed of sound in dry air at NTP is 332 metres `//`sec. Assuming air as composed of 4 parts of nitrogen and one part of oxygen, calculate velocity of sound in oxygen under similar conditions, when the densities of oxygen and nitrogen at NTP are in the ration of `16:14` respectively .

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The speed of sound in dry air at NTP is 332 metres // sec. Assuming air as composed of 4 parts of nitrogen and one part of oxygen, calculate velocity of sound in ocygen under similar condistions, when the densities of oxygen and nitrogen at NTP are in the ration of 16:14 respectively .

The speed of sound in dry air at NTP is 332m//s . Assuming air as composed of 4 parts of nitrogen and one parts of oxygen in volume. Calculate the velocity of sound in oxygen under similar conditions. Given density of oxygen and nitrogen at NTP are in the ratio 16 : 14 respectively.

Taking the conposition of air to be 75% of nitrogen and 25% of oxygen by weight, calculate the velocity of sound through air.

At what temperature is the velocity of sound in nitrogen equal to its velocity in oxygen at 20^(@) C? The atomic weights of oxygen and nitrogen are in the ratio 16 :14

Consider air is composed of 4 parts of nitrogen and 1 part of oxygen. At S.T.P., speed of sound in dry air in 332 rad/s. If the ratio of densities of oxygen and nitrogen at S.T.P. is 16 : 14, calculate the velocity of sound in nitrogen under similar conditions.

At what temperature, velocity of sound in oxygen is same as that in nitrogen at 10^(@)C ? Given their densities at 0^(@)C are in the ratio 16: 4 .

the speed of sound in hydrogen at NTP is 1270m/s. then the speed in m/s in a mixture of hydrogen and oxygen in the ratio 4:1 by volume will be

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