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A capillary tube of 1 mm in diameter and...

A capillary tube of 1 mm in diameter and 20 cm in length is fitted horizontally to a vessel kept full of alcohol. The depth of the centre of the capillary tube below the surface of alcohol is 20 cm. If the viscosity and density of alcohol are 0.012cgs unit and `0.8g cm^-3` respectively, find the amount of the alcohol that will flow out in 5 minutes. Given that g =`980 cm s^-2`

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MODERN PUBLICATION-Viscosity-Exercise
  1. A capillary tube of 1 mm in diameter and 20 cm in length is fitted hor...

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  2. Explain the term viscosity.

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  3. Dimensional formula for the coefficient of viscosity is :

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  4. What is viscosity and coefficient of viscosity?

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  5. What are the various factors on which the flow of liquid through a nar...

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  6. What is terminal velocity?

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  7. Define terminal velocity and find an expression for it.

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  8. What is the difference between viscosity and friction? Derive the expr...

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  9. What is Stokes' law? Derive the relation by method of dimensions.

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  10. Why small air bubbles rises slowly through the liquid whereas the bigg...

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  11. What is viscosity and coefficient of viscosity?

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  12. What is the difference between viscosity and friction? Derive the expr...

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  13. Define coefficient of viscosity. Give its unit.

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  14. Define terminal velocity and find an expression for it.

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  15. What is the difference between viscosity and friction? Derive the expr...

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  16. An air bubble of 1 cm radius is rising at a steady rate of 0.5cm s^-1 ...

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  17. Determine the radius of a drop of water falling through air, if it cov...

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  18. Two capillary tubes of lengths 15 cm and 5 cm and radii 0.06 cm and 0....

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  19. Two capillary tubes of lengths 15 cm and 5 cm and radii 0.06 cm and 0....

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  20. Two capillary tubes AB and BC are joined end to end at point B. AB is ...

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  21. Show that if two capillaries if radii r(1)and r(2) having lenths l(1)a...

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