The osmotic pressure of a dilute solution of a non-volatile solute, is:

Question

The osmotic pressure of a dilute solution of a non-volatile solute, is: (A) directly proportional to its temperature (B) directly proportional to its absolute temperature (C) independent of the number of solute (D) independent of the nature of solvent

Tardigrade Admin · Accepted Answer

The osmotic pressure (P) is given by Vant-Hoff equation PV = nST where, S = solution constant ∴ P propto T (i.e., absolute temperature in kelvin)

Q. The osmotic pressure of a dilute solution of a non-volatile solute, is:

directly proportional to its temperature

directly proportional to its absolute temperature

independent of the number of solute

independent of the nature of solvent

The osmotic pressure (P) is given by Vant-Hoff equation PV = nST where, S = solution constant $∴$ P $\propto$ T (i.e., absolute temperature in kelvin)

Q. The osmotic pressure of a dilute solution of a non-volatile solute, is:

directly proportional to its temperature

directly proportional to its absolute temperature

independent of the number of solute

independent of the nature of solvent

The osmotic pressure (P) is given by Vant-Hoff equation PV = nST where, S = solution constant ∴ P ∝ T (i.e., absolute temperature in kelvin)

The osmotic pressure (P) is given by Vant-Hoff equation PV = nST where, S = solution constant $∴$ P $\propto$ T (i.e., absolute temperature in kelvin)