At `25^(@)C`, a solution containing `0.2 g` of polyisobutylene in `100 mL` of benzene developed a rise of `2.4 mm` at osmotic equilibrium. Calculate the molecular weight of polyisobutylene if the density of solution is `0.88 g// mL`.

At 25^(@)C , a solution containing 0.2g of polyisobutylene in 100mL of benzene develpoed a rise of 2.4mm at osmotic equilibrium. Calculate the molecular weight of polyisobutylene if the density of solution is 0.88 g// mL

At 25^(@)C , a solution containing 0.2g of polyisobutylene in 100mL of benzene develpoed a rise of 2.4mm at osmotic equilibrium. Calculate the molecular weight of polyisobutylene if the density of solution is 0.88 g// mL

At 25^@C , a solution containing 0.1 g of polyisobutylene in 50 ml. of benzene developed a rise of 2.4 mm at osmotic equilibrium . If density is 0.8 c c^(-1) , calculate the molecular weight of polyisobutylene .

The osmotic pressure of a solution of a synthetic polyisobutylene in benzene was determined at 25^(@)"C" . A sample containing 0.20 g of solute/100 "cm"^(3) of solution developed a rise of 2.4 mm at osmotic equilibrium. The density of the solution was 0.88"g"//"cm"^(3) . What is the molecular weight of the polyisobutylene?

Osmotic pressure of a solution containing '7 g' of a protein per '100 ~mL' of solution is '25 mm' Hg at '37^circ C'. Caiculate the molecular mass of protein?