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The theory that attempts to explain the ...

The theory that attempts to explain the behaviour of gases is known as kinetic molecular theory.
On the basis of this theory, explain the compressible nature of gases and the temperature dependence on kinetic energy.

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MAXIMUM PUBLICATION-STATES OF MATTER-EXERCISE
  1. Mercury drops are spherical in shape . a) Which property is responsi...

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  2. How surface tension depends on temperature?

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  3. The theory that attempts to explain the behaviour of gases is known as...

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  4. Liquid drops attains spherical shape. Which property of liquids is res...

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  5. How does temperature influence the viscosity of a liquid?

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  6. Write the ideal gas eqation and mention the terms.

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  7. It is found that real gases do not obey ideal gas equation perfectly u...

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  8. It is found that real gases do not obey ideal gas equation perfectly u...

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  9. In the Celsius scale, melting point of ice is 0°C . Another scale of t...

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  10. What is the volume of ideal gas at absolute zero of temperature?

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  11. Draw a graph showing the relationship between volume and temperature o...

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  12. Consider a gas at 0° C. At what temperature will the volume be doubled...

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  13. a) Name the gass law shown by the above graph.

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  14. b) State the gas law.

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  15. a) At 35°C and 700 mm of Hg pressure , a gas occupies a 500 mL volume ...

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  16. Give reasons for the deviation of real gases from the ideal gas behavi...

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  17. Calculate the minimum pressure required to compress 500 ml of air at 1...

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  18. The kinetic molecular theory provides a theoretical basis to experimen...

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  19. A sample of hydrogen gas occupies a volume of 300 ml at 1.2 Bar pressu...

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  20. Give the name of the modified form of ideal gas equation and write dow...

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