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Prove that the pressure exerted by an id...

Prove that the pressure exerted by an ideal gas given by `P=1/3 rhov^2`.

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BINA LIBRARY-KINETIC THEORY OF GASES-EXERCISE
  1. Why does a gas exert pressure on the wall of its container?What are th...

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  2. Show that the pressure exerted by unit volume of a perfect gas is equa...

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  3. Prove that the pressure exerted by an ideal gas given by P=1/3 rhov^2.

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  4. What do you understand by the terms (i)average velocity and (ii)root m...

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  5. What is meant by rms velocity of a gas molecule?

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  6. Write down an expression for the pressure of a gas in terms of its mas...

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  7. Show that the rms velocity is proportional to the square root of the a...

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  8. Starting with the expression for pressure as given by the kinetic theo...

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  9. Deduce the gas laws on the basis of kinetic theory of gases.

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  10. Derive the gas equation for a perfect gas on the basis kinetic theory.

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  11. What is Boltzmann's Law of equipartition of energy?Obtain it.

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  12. What do you mean by 'Degrees of Freedom'?How many degrees of freedom a...

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  13. Two different gases have exactly the same temperature.Does this mean t...

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  14. Can you explain 'evaporation' on the basis of the kinetic theory?

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  15. Cooling is caused by evaporation - Explain.

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  16. If the number of molecules of a gas in a container is doubled what wil...

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  17. What is the total momentum of the molecules of a mole of a helium gas ...

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  18. Absolute zero degree temperature is not the temperature of zero enereg...

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  19. Distinguish between the internal energy of a body and temperature.

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  20. If the temperature of a gas is increased four times its original value...

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