हिंदी

At NTP the density of a gas is 1.3 kw/m3 and the velocity of sound propagation in the gas is 330 m/s. The degree of freedom of gas molecule is ______.

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प्रश्न

At NTP the density of a gas is 1.3 kw/m3 and the velocity of sound propagation in the gas is 330 m/s. The degree of freedom of gas molecule is ______.

विकल्प

  • 3

  • 5

  • 6

  • 7

MCQ
रिक्त स्थान भरें
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उत्तर

At NTP the density of a gas is 1.3 kw/m3 and the velocity of sound propagation in the gas is 330 m/s. The degree of freedom of gas molecule is 5.

Explanation:

V = `(γ"P")/rho`

330 = `sqrt(γxx(1xx10^5)/1.3)`

`((33)^2xx100xx1.3)/(1xx10^5)` = γ

`(1.089xx10^3xx10^2xx1.3)/(1xx10^5)` = γ

`2/"f"+1` = γ = 1.4 = `7/5`

`2/"f" = 2/5`

f = 5

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Introduction of Kinetic Theory of Gases
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