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Derive van't Hoff's equation for the con...

Derive van't Hoff's equation for the concentration dependence of the osmotic pressure of a non-volatile solute.

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van't Hoff equation is

Van't Hoff equation is

Derive van't Hoff's equation for dilute solution.

The osmotic pressure of a solution depends on

The osmotic pressure of a non-aqueous solution is measured by

Discuss the van't Hoff factor.

At temperature 327^(@)C and concentration C, the osmotic pressure of a solution is P. The same solution at concentration C/2 and a temperature 427^@C of shows osmotic pressure of 2 atm. The value of P will be :

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At a given temperature, osmotic pressure of a concentrated solution of a substance……

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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