Test: Colligative Properties (Osmotic Pressure) - NEET MCQ

There is formation of Prussian blue when Fe³⁺ reacts with [Fe(CN)₆]^4-. Two solutions as shown are separated by a semipermeable membrane AB. Due to osmosis, there is

Three solutions of following in water are isothermal conditions as given:

Thus,

What will be the ratio of the masses of formalin (HCHO) and glucose (C₆H₁₂0₆) contained in equal volumes of solutions having the same osmotic pressure at the given temperature?

A solution containing 0.4 g of a non-volatile solute in 0.1 dm³ of the solution exerts an osmotic pressure of 66.66 kPa at 300 K. Thus, molar mass of the solute is

For a dilute aqueous solution, density is 1 .00 g cm³ and g (acceleration due to gravity) is 10.0 ms^-2. Then, osmotic pressure set up at highest of 0.17 m is

Sea water is approximately 0.70 M in NaCI. It can be desalinated by reverse osmosis. For 50% recovery, additional osmotic pressure required (on sea water side) at 298 K is

A 5% solution of cane sugar (molar mass = 342 g mol^-1) is isotonic with 1 % of a solution of an unknown non-electrolyte solute at 300 K. The molar mass of unknown solute is (in g mol^-1)   [Aieee 2011]

5.25% solution of a substance is isotonic with a 21 .5% solution of urea (NH₂CONH₂ )by weight of solution in the same solvent at 300 K. If the densities of both the solutions are assumed to be equal to 1.0 g cm^-3 then, molar mass of the substance will be

Freezing point of a biological fluid is - 0.56° C in aqueous solution.K_f (H₂0) = 1 .86° mol^-1 kg. Thus, its osmotic pressure at 310 K is (assume molarity = molality)

100 mL of a solution containing 0.4 g urea (NH₂CONH₂ and 0.9 g of another substance (X ) shows an osmotic pressure of 2.85 atm at 25° C. Molar mass of the substance (X)is

A solution containing 1 g of glucose and 1 g of sucrose in 1 L solution is found to be isotonic with a solution containing 2 g of another unknown solute (X) in 1 L solution at 300 K. Thus, molar mass of the solute X is

The vapour pressure of pure benzene at 353 K is 10.0268 x 10⁴ Nm^-2 and that of a solution containing non-volatile solute in benzene is 9.8960 x 10⁴ Nm^-2. (d of benzene = 8.149 x 10² g dm^-3). Thus, osmotic pressure of the solution is

Blood plasma has following composition,

and other ions. What is the osmotic pressure set up at 300 K due to Mg²⁺and   ions?

Osmotic pressure of 3% aqueous solution of a non-volatile, non-electrolyte solute A at 25° C is 3.632 atm. Thus, its vapour pressure is (  at 25° C is 23.7 mm) (assume dilute solution)

Statement Type
This section is based on Statement I and Statement II. Select the correct anser from the codes given below
Q. Statement I  : Osmotic pressure of 34.2% sucrose solution at 300 K is 30.0 atm.
Statement II : π = MRT is valid for dilute solution.

Matching List Type
Choices for the correct combination of elements from Column I and Column II are given as options (a), (b), (c) and (d), out of which one is correct
Q. Match the terms in Column I with the corresponding definition in Column II and select the answer from the codes given below.

Comprehension Type
This section contains a passage describing theory, experiments, data, etc. Two questions related to the paragraph have been given. Each question has only one correct answer out of the given 4 options (a), (b), (c) and (d)

Passage

Consider the following arrangement in which a solution containing 20 g of haemoglobin in 1 L of the solution is placed in the right compartment and pure water is placed in the left compartment. At equilibrium, the height of the water in the right column is 77.8 mm in excess of the height of the solution in the left column at 298 K.

Q. Osmotic pressure of the solution is