Arrange the following solutions in increasing order of their osmotic pressures .
(i)34.2 g/litre surcrose
(ii)60 g/litre of urea
(iii)90 g/litre of glucose
(iv)58.5 g/litre of sodium chloride

Define osmosis and osmotic pressure? Arrange the following SOLUTIONS in the increasing order of their osmotic pressure? (a) '3.42 g / L' g sucrose (b) '60 g / L' urea glucose (c) '90 g / L' (d) '58.5 g / L NaCl'

Calculate the osmotic pressure of a solution containing 3.42g of sucrose in 1 litre of water at 400 K.

A solution containing 15 g urea ( molar mass = 60 g mol^(-1) ) per litre of solution in water has the same osmotic pressure (isotonic) as a solution of glucose (molar mass = 180 g mol^(-1) ) in water . Calculate the mass of glucose persent in one litre of its solution.

A solution containing 15 g urea (molar mass =60" g mol"^(-1) ) per litre of solution in water has the same osmotic pressure (isotonic) as a solution of glucose (molar mass = 180" g mol"^(-1) ) in water. Calculate the mass of glucose present in one litre of its solution.

A solution contains 15 g urea (molar mass=60 g-mol^-1) per litre of solution in water has the same osmotic pressure as a solution of glucose (molar mass=180 g mol^-1) in water. Calculate the mass of glucose present in one litre of its solution.

A solution containing 15g of urea (molar mass= 60gmol^-1 ) per litre of solution in water has the same osmotic pressure (isotonic) as a solution of glucose (molar mass= 180gmol^-1 ) in water. Calculate the mass of glucose presenty in one litre of its solution.

The normality of a solution containing 60 g of CH_3COOH per litre is