A tube of uniform cross-sectional area `1 cm^(2)` is closed at one end with semi-permeable membrane. A solution of `5 g` glucose per `100 mL` is placed inside the tube and is dipped in pure water at `27^(@)C`. When equilibrium is established, calculate: a. The osmotic pressure of solution. b.The height developed in vertical column. Assume the density of final glucose solution `1 g mL^(-1)`

A tube of uniform cross-sectional area `1 cm^(2)` is closed at one end

1.	A tube of uniform cross-sectional area `1 cm^(2)` is closed at one end with semi-permeable membrane. A solution of `5 g` glucose per `100 mL` is placed inside the tube and is dipped in pure water at `27^(@)C`. When equilibrium is established, calculate: a. The osmotic pressure of solution. b.The height developed in vertical column. Assume the density of final glucose solution `1 g mL^(-1)`
Answer» Correct Answer - (a) `6.842 atm`, (b) `70.43 m` ;

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