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(C) Osmotic pressure $(OP)$ is a colligative property defined by the equation $\pi = CRT$, where $C$ is the molar concentration, $R$ is the gas consta

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$OP$ remains nearly the same with increase/decrease of external pressure

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(C) Osmotic pressure $(OP)$ is a colligative property defined by the equation $\pi = CRT$, where $C$ is the molar concentration, $R$ is the gas constant, and $T$ is the temperature. Since $OP$ depends primarily on the concentration of the solute particles and temperature, it is an intrinsic property of the solution. External pressure applied to the solution does not change the concentration $(C)$ or the temperature $(T)$ of the solution significantly. Therefore, the osmotic pressure remains nearly the same regardless of changes in external pressure.

What is the effect of external pressure on the osmotic pressure $(OP)$ of a solution?

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