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Consider the following statements PV(m)=...

Consider the following statements `PV_(m)=RT(1+(\B)/(V_(m))+(B)/(V_(m)^(2))+...)` Then `V_(m)` .

A

is independent of temperature

B

is equal to `(RT)/(P)` to Boyle temperature

C

has the dimension of molar volume

D

None of these

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At Boyle' s temperature `PV_(m) =RT` .
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van der Waal's equation of state for real gases may be written as: PV_(m)=RT(1+(B)/(V_(m))+(C)/(V_(m)^(2))+....) Select the correct statement(s).

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The van der Waals' equation for one mole may be expressed as V_(M)^(3)-(b+(RT)/(P))V_(m)^(2)+(aV_(m))/(P)-(ab)/(P)=0 where V_(m) is the molar volume of the gas. Which of the followning is incorrect?

P BAHADUR-GASEOUS STATE-Exercise
  1. Which of the following statement about Maxwell Boltzmann law of distri...

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  2. The Maxwell-Boltzmann distribution law of molecular speeds is graphica...

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  3. Consider the following statements PV(m)=RT(1+(\B)/(V(m))+(B)/(V(m)^(2)...

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  4. Which of the following statements on critical constants of gases are c...

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  5. Consider the following statements If th van der Waals' parameters of t...

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  6. At low pressure the van der Waals' equation is written as .

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  7. A 5 litre flask containing 1.0g of hydrogen is heated from 300 K to 60...

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  8. At very high pressure, the van der Waals equation reduces to

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  9. Which of the following are the characteristics of real gas ? .

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  10. At constnat volume for a fixed number of mole of a gas the pressure of...

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  11. Volume coefficient at 273 K according to Charles' law is .

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  12. A gas obeys P(V-b) =RT Select the correct statement about this gas .

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  13. Which of the following statements are incorrect .

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  14. If m(1),m(2) are masses of an ideal gas, then which of the graph reper...

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  15. A gas described by van der Waals equation .

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  16. Two vassels having equal volumes contains H(2) and He at 1 and 2 atm r...

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  17. Select the correct statements (s).

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  18. Select the correct statements (s).

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  19. As the pressure approaching zero at very low pressure the curves plott...

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  20. Kinetic theory of gases proves .

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