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According to the kinetic theory of gasse...

According to the kinetic theory of gasses pressure exerted by perfect gas molecule on the wall of a container is equal to momentum transferred to the wall per unit area

A

by only one molecule

B

per second by only molecules

C

per second by one-third molecules

D

by one-third molecules

Text Solution

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The correct Answer is:
C
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NIKITA PUBLICATION-KINETIC THEORY OF GASES & RADIATION -MCQs (Presure exerted by the gas molecule and kinetic energy)
  1. A molecule of a perrfect gas travels, between two successive collision...

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  2. The molecules of an ideal gas possesses

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  3. According to the kinetic theory of gasses pressure exerted by perfect ...

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  4. The pressure exerted by the gas molecule is

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  5. A molecule of mass 'm' collide with a wall of container in normal dire...

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  6. If N number of molecules in a container are enclosed then average numb...

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  7. The pressure exerted by the molecules of a gas at any point on a wall ...

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  8. In an equilibrium state, pressure exerted by the gas molecules of a pe...

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  9. The root mean square velocity of a gas molecule of mass m at a given t...

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  10. Select the correct statement

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  11. One mole of an ideal monoatomic gas is heated at a constant pressure o...

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  12. Two containers are filled, each with a different gas. Two containers a...

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  13. The volume of a gas at pressure 21xx10^(4)N//m^(2) and temperature 27^...

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  14. When a gas is in thermal equilibrium, its molecules have

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  15. The root mean square velocity of a gas molecule at any temperature T K...

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  16. Temperature of gas is a measure of

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  17. Oxygen and Helium gases are in same container. Which one has greater K...

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  18. The mean transitional kinetic energy of a perfect gas molecule at abso...

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  19. Mean kinetic energy of a perfect gas is proportional to

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  20. The mean kinetic energy of one mole or gas per degree of

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