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Mixing acetone and chloroform occurs wit...

Mixing acetone and chloroform occurs with reduction in volume and is exothermic process. What changes will occur in the vapour pressure ? Explain.

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For a solution of acetone in chloroform, Henry's law constant is 150 torr at a temperature of 300 K. (a) Calculate the vapour pressure of acetone when the mole fraction is 0.12. (b) Assuming that Henry's law is applicable over sufficient range of composition to make the calculation valid, calculate the composition at which Henry's law pressure of chloroform is equal to Henry's law pressure of acetone at 300 K. (Henry's law constant for chloroform is 175 torr.)

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ICSE-SOLUTIONS-EXERCISE (PART-II Descriptive Questions) (LONG ANSWER QUESTIONS)
  1. State and explain Raoult's law. Show graphically the variation of tot...

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  2. Give any two limitations of Raoult's law.

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  3. What are the conditions necessary to show ideal behaviour of solution...

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  4. Why is one molar aqueous solution more concentrated than one molal so...

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  5. Mixing acetone and chloroform occurs with reduction in volume and is ...

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  6. Show that the relative lowering of vapour pressure is given by. (p^...

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  7. What are ideal and non-ideal solutions ? What type of non idealities ...

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  8. Under what conditions non-ideal solutions show positive deviations?

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  9. The boiling point of a solution gets raised on dissolution of non-vol...

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  10. What is depression in freezing point ? How will you find the molecula...

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  11. Osmotic pressure of a solution is

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  12. Differentiate between : Diffusion and Osmosis

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  13. Explain the osmosis and osmotic pressure. How is a semipermeable memb...

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  14. Which method is the best method for determining the mol. wt. of polym...

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  15. Derive van't Hoff's equation for the concentration dependence of the ...

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  16. What are isotonic solutions ?

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  17. Give the biological significance of osmosis.

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  18. What are the conditions under which abnormal molecular weights are obt...

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  19. Write an explanatory note on abnormal molecular masses from colligati...

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  20. Explain why the molecular weight of KCl determined by the depression i...

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