A membrane permeable only to water separates a 0.01 M solution of sucrose from a 0.001...
A membrane permeable only to water separates a 0.01 M solution of sucrose from a 0.001 M one. On which solution must pressure be applied to bring the system into equilibrium? Calculate this osmotic pressure. Assume ideal solutions, 25 ◦C.
Homework Answers
Osmotic pressure is given by:
P = C*R*T
Where C is concentration.
Concentration is more for 0.01 M.
So, its osmotic pressure is high.
So, pressure must be applied on other container to bring the system at equilibrium
Answer: on 0.001 M one
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