The osmotic pressure of a solution depends on :

Nature of solute

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Nature of solvent

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Temperature

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Molar concentration of solute

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Solution

The correct options are
B Temperature
C Molar concentration of solute
Osmotic pressure is a colligative property,therefore, it depends upon the number of constituents of solution. It also depends upon temperature as $π = C R T$ .

Hence, options C and D are correct.

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Similar questions

Which of the following statements is false?
(a) Units of atmospheric pressure and osmotic pressure are the same
(b) In reverse osmosis, solvent olecules move through a semipermeable membrane from a region of lower concentration of solute to a region of higher concentration.
(c) The value of molal depresiion constant depends on nature of solvent
(d) Relative lowering of vapour pressure, is a dimensionless quantity

Q. Statement - I : Osmotic pressure of a dilute solution is inversely proportional to its concentration provided temperature remains constant.
Statement - II : Osmotic pressure is a colligative properly and depends upon the number of moles of solute dissolved in a definite volume of the solution.

Q. Solute concentration of the solution is inversely related to the osmotic pressure

Q. Assertion :

0.1 M K C l, 0.1 M K_{2} {S O}_{4}

solutions cause the same osmotic pressure in solution. Reason: Osmotic pressure depends on the number of particles present in the solution.

Q. Solubility of a substance is its maximum amount that can be dissolved in a specified amount of solvent. It depends upon:

(i) nature of solute (ii) nature of solvent
(iii) temperature (iv) pressure

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The osmotic pressure of a solution depends on :

The correct options are B Temperature C Molar concentration of soluteOsmotic pressure is a colligative property,therefore, it depends upon the number of constituents of solution. It also depends upon temperature as π=CRT.Hence, options C and D are correct.

The correct options are
B Temperature
C Molar concentration of solute
Osmotic pressure is a colligative property,therefore, it depends upon the number of constituents of solution. It also depends upon temperature as $π = C R T$ .

Hence, options C and D are correct.