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A gas described by van der Waals equatio...

A gas described by van der Waals equation

A

behaves similar to an ideal gas in the limit of large molar volumes

B

behaves similar to an ideal gas is in limit of large pressures

C

is characterised by van der Waals coefficients that are dependent on the identity of the gas but are independent of the temperature.

D

has the pressure that is lower than the pressure exerted by the same gas behaving ideally.

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A, C, D
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MOTION-GASEOUS STATE -EXERCISE-4( LEVEL-II)
  1. The average velocity of gas molecules is 400 m/sec calculate its rms v...

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  2. For one mole of gas the average kinetic energy is given as E.The U("rm...

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  3. Ratio of rates of diffusion of He and CH(4) (under identical condition...

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  4. Figure displays the plot of the compression factor Z verses pfor a few...

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  5. Match gases under specified condition listed in Column I with their pr...

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  6. A gas described by van der Waals equation

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  7. The term that corrects for the attractive forces present in a real gas...

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  8. At 400 K, the root mean square (rms) speed of a gas X (molecular weigh...

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  9. According to kinetic theory of gases:

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  10. To an evacuated vessel with movable piston under external pressure of ...

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  11. For one mole of a van der Waals gas when b =0 and T =30 K the PV vs1//...

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  12. The atomic masses of He and Ne are 4 and 20 amu respectively . The va...

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  13. A fixed mass m of a gas is subjected to transformation of state: K to ...

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  14. A fixed mass 'm' of a gas is subjected to transformation of states fro...

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  15. X and Y are two volatile liquids with molar weights of 10gmol^(-1) and...

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  16. X and Y are two volatile liquids with molar weights of 10gmol^(-1) and...

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  17. One mole of a monoatomic real gas satisfies the equation p(V-b)=RT wh...

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  18. The diffusion coefficient of an ideal gas is proportional to its mean ...

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  19. A closed tank has two compartments A and B, both filled with oxygen (a...

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