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Equal volumes of two jars contain HCI, N...

Equal volumes of two jars contain `HCI, NH_3` gases respectively at constant temperature and pressure P. When one of the jars is inverted over another jar so that they mix up, the pressure in either of the jars is 

A

1 atm

B

Equal to P

C

Becomes Zero

D

P+P = 2P

Text Solution

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The correct Answer is:
C
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AAKASH SERIES-STATES OF MATTER-OBJECTIVE EXERCISE -1
  1. Aqueous tension of water depends on

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  2. O2 and He are taken in equal weights in a vessel. The pressure exerted...

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  3. Equal volumes of two jars contain HCI, NH3 gases respectively at const...

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  4. The wrong statement in the case of an ideal gas is

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  5. An ideal gas cannot be liquified because

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  6. The most ideal gas among real gases is

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  7. Which is wrong according to kinetic theory

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  8. The gas which can not be liquified is

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  9. The ratio of kinetic energies of lg of H2 and 2g of CH4 at the same te...

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  10. When gas molecules collide on the walls of the vessel, the energy of t...

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  11. The absolute temperature of a gas

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  12. The kinetic energy of n moles of an ideal gas is given by the expressi...

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  13. Boltzmann constant represents the gas constant per

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  14. The ratio of kinetic energies of 2gm of H2 and 4gm of CH4 at a given t...

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  15. The kinetic energy of n moles of an ideal gas is given by the expressi...

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  16. The average K.E. of one mole of an ideal gas in calories is equal to

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  17. The melting point of four substances are given in bracket, then the at...

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  18. If thermal energy predominates over intermolecular forces, then the su...

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  19. Hydration of different ions is an example of

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  20. The inter molecular forces present in inert gases are

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