A solution sontaining 10.2 g of elycring pe litre is found to be isotonic with 2% solution of glucose `("molar mass"=180 g mol^(-1))`. Calculate the molar mass of glycrine.

A solution containing 10.2 g of glycrine per litre is found to be isotonic with 2% solution of glucose ("molar mass"=180 g mol^(-1)) . Calculate the molar mass of glycrine.

A solution containing 10.2 g of gylcerine per litre is found to be isotonic with a 2% solution of glucose. Calculate the molar mass of glycerine (molar mass=180).

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) Define the following terms : (i) Molarity (ii) Molal elevation constant (K_(b)) (b) A solution containing 15 g urea (molar mass = 60 g mol^(-1) ) per litre of solution in water has 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 litte of its solution.

A solution containing 15g urea (molar mass = 60g/mol) per litre of solution in water is isotonic with the solution of glucose (molar masss 180g//mol ) 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.