The osmotic pressure of a solution containing `5 g` of substance (molar mass =100) in 308 m L of solution was found to be 4.0 atm at `300 K`. Calculate the value of solution constant (R)

The osmotic presure of a solution containing 9.2 g of a substance (molar mass=176) ion 302 ml of solution was found to be 4.1 atmosphere at 15.5^@C . Calculate the value of solution constant.

The osmotic pressure of a solution containing 9.2g of a substance (molar mass = 176) in 302 ml of solution was found to be 4.1 atmosphere at 15.5^(@)C . Calculate the value of solution constant.

The osmotic pressure of a solution containing 0.10g of haemoglobin in 10 cm of solution is 30 Torr at 300 K. The molar mass of haemoglobin is nearly

The osmotic pressure ofa solution containing 50 g of a solute in one litre of solution at 300K is 20.5 atmosphere. Calculate the molecular mass of the solute.