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Using the equation of state pV=nRT, show...

Using the equation of state `pV=nRT`, show that at a given temperature density of a gas is proportional to gas pressure p.

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consider the equation of state
`PV = nRT `
` PV = (w )/(M ) RT `
` P = (w)/(V ) xx (RT)/(M)`
` P= (dRT)/(M ) ( :. d= (w)/(V ))`
from the above relation
` p prop d`
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VIKRAM PUBLICATION ( ANDHRA PUBLICATION)-STATES OF MATTER GASES AND LIQUIDS -LONG ANSWER QUESTIONS
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  3. State Boyle's law, Charles' law and Avogadro's law and derive ideal ga...

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  4. Write notes on diffusion of Gases.

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  5. State and explain Dalton's law of partial pressures.

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  6. Write the postulates of kinetic Molecular Theory of Gases.

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  7. Derive the gas laws from the kinetic gas equation.

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  8. Explain Maxwell-Boltzmann distribution curves of molecular speeds and ...

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  9. What are the reasons for deviations from ideal gas behaviour ?

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  10. Derive and expalin van der Waals equation of state

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  11. Explain the liquefication of gases.

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  12. Write notes on the following properties of liquids a) Vapour pressur...

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  13. Write notes on Intermolecular forces

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  14. State Boyle's law, Charles' law and Avogadro's law and derive ideal ga...

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  15. Write notes on diffusion of Gases.

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  16. State and explain Dalton's law of partial pressures.

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  17. Write the postulates of kinetic Molecular Theory of Gases.

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  18. Derive the gas laws from the kinetic gas equation.

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  19. Explain Maxwell-Boltzmann distribution curves of molecular speeds and ...

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  20. A real gas deviates most from ideal behaviour at

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  21. Derive the van der Waals equation of state. Explain the importance of ...

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