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Prove that KE = frac(3)(2) KT...

Prove that `KE = frac(3)(2) KT`

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From the kinetic theory of gas, prove that P= frac(2)(3)E , where E is the kinetic energy per unit volume of the gas.

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R G PUBLICATION-KINETIC THEORY OF GAS-EXERCISE
  1. What is mean free path?

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  2. What is meant by degree of freedom?

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  3. Write the vander waals equation for 'n' mol gas.

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  4. Why gas molecule exerts pressure inside the container?

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  5. Establish Boyl's law and Charles law form pressure of a gas.

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  6. Prove that velocity of gas molecule is directly proportional of the sq...

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  7. Prove that KE = frac(3)(2) KT

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  8. If the size and intermolecular force of attraction is consdiered. What...

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  9. Establish the relation between energy and temperature of gas molecule.

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  10. Five molecules of a gas has speed 2km/s, 4k/s, 4 km/s 6KM/S AND 8 km/s...

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  11. in a vessel the ratio of helium and oxygen are in ratio 3:5. Calculate...

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  12. At 0^@C the speed r.m.s speed of oxygen is 460m/s, then calculate the ...

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

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  14. What is law of equipartion energy? Show that energy per molecule per d...

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  15. From the kinetic theory of gas, prove that P= frac(2)(3)E, where E is ...

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  16. Derive Avogadro's law from kinetic theory of gas.

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  17. Write basic postulates of kineic theory of gas.

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  18. At what temperature the velocity of hydrogen gas molecule becomes twic...

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  19. What is the interpretation of temperature on the basis of kinetic theo...

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  20. If the number of molecular mass of a gas becomes half and velocity bec...

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