A container has two partitions. The left partition has a solution of potassium ferrocyanide of concentration 0.04 N and the right partition has pure solvent. Both are filled up to the same level. At a particular level, the pressure due to a solvent in the solution is P1=2.5 atm and at the same level, the pressure due to the pure solvent on the right is P2. What is the value of P2 (in atm)? (temperature is 300 K and take R = 0.082 atmL/mol/K)

A container has two partitions. The left partition has a solution of p

1.	A container has two partitions. The left partition has a solution of potassium ferrocyanide of concentration 0.04 N and the right partition has pure solvent. Both are filled up to the same level. At a particular level, the pressure due to a solvent in the solution is P1=2.5 atm and at the same level, the pressure due to the pure solvent on the right is P2. What is the value of P2 (in atm)? (temperature is 300 K and take R = 0.082 atmL/mol/K)
Answer» A container has two partitions. The left partition has a solution of potassium ferrocyanide of concentration 0.04 N and the right partition has pure solvent. Both are filled up to the same level. At a particular level, the pressure due to a solvent in the solution is $P_{1} = 2.5 a t m$ and at the same level, the pressure due to the pure solvent on the right is $P_{2}$ . What is the value of $P_{2}$ (in atm)? (temperature is 300 K and take R = 0.082 atmL/mol/K)