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State and explain Boyle's law....

State and explain Boyle's law.

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Boyle.s law : At constant temperature, the volume of a given mass of gas is inversely proportional to pressure of the gas.
If .V. is the volume of a given mass of the gas and .P. its pressure, then the law can be written as
` V= (1)/(P )` at constant temperature
` V= (k )/( P)`
` therefore PV =k`
`or P_1 V_1 =P_2 V_2 =K`
Boyle.s law may also be stated as, "at constant temperature the product of the pressure and volume of a given mass of gas is constant.
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VIKRAM PUBLICATION ( ANDHRA PUBLICATION)-STATES OF MATTER GASES AND LIQUIDS -SHORT ANSWER QUESTIONS
  1. Deduce Graham's law from kinetic gas equation.

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  2. Derive an expression for kinetic energy of gas molecules.

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  3. Define most probable speeds of gas molecule. Give their interrelations...

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  4. Explain the physical significance of vander Waals parameter.

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  5. What is surface tension of liquids? Explain the affect of temperature ...

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  6. What is vapour pressure of liquids? How the vapour pressure of a liqui...

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  7. Define viscosity and coefficient of viscosity. How does the viscosity ...

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  8. State and explain Boyle's law.

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  9. State and explain Charle's law.

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  10. Derive ideal gas equation.

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  11. State and explain Graham's law of Diffusion.

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

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  13. Deduce (a) Boyle's law and (b) Charles law from Kinetic gas equation.

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  14. Deduce (a) Graham's law and (b) Daltons law from Kinetic gas equation.

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  15. Derive an expression for kinetic energy of gas molecules.

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  16. Define (a) RMS (b) average and (c) most probable speeds of gas molecul...

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  17. Explain the physical significance of vander Waals parameter.

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  18. What is surface tension of liquids? Explain the affect of temperature ...

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  19. What is vapour pressure of liquids? How the vapour pressure of a liqui...

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  20. Define viscosity and coefficient of viscosity. How does the viscosity ...

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