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Derive the expression for the force resp...

Derive the expression for the force responsible for flow of layers of a liquid.

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MAXIMUM PUBLICATION-STATES OF MATTER-EXERCISE
  1. Derive the expression for the force responsible for flow of layers of ...

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  2. What will be the minimum pressure required to compress 500 dm^3 of air...

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  3. Using the equation of state pV=nRT show that at a given temperature , ...

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  4. The density of a gas is found to by 5.46 g/ dm^(3) at 27° C and under ...

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  5. Calculate the volume occupied by 8.8 g of CO2 at 31.1°C and 1 Bar pres...

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  6. Explain the significance of van der Waal parameters

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  7. Mercury drops are spherical in shape . a) Which property is responsi...

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  8. How surface tension depends on temperature?

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

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

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

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

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

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

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

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

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

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

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

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  20. b) State the gas law.

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

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