A solution contains non-volatile solute of molecular mass `M_(2)`. Which of the following can be used to calculate the molecular mass of solute in terms of osmotic pressure? Here `n_(2)=` mass of solute, V = volume of solution, `pi =` osmotic pressure.A. `M_(2) = [(m_(2))/(pi)]VRT`B. `M_(2) = [(m_(2))/(V)] (RT)/(pi)`C. `M_(2) = [(m_(2))/(V)] nRT`D. `M_(2) = [(m_(2))/(V)] (pi)/(RT)`

A solution contains non-volatile solute of molecular mass `M_(2)`. Whi

1.	A solution contains non-volatile solute of molecular mass `M_(2)`. Which of the following can be used to calculate the molecular mass of solute in terms of osmotic pressure? Here `n_(2)=` mass of solute, V = volume of solution, `pi =` osmotic pressure.A. `M_(2) = [(m_(2))/(pi)]VRT`B. `M_(2) = [(m_(2))/(V)] (RT)/(pi)`C. `M_(2) = [(m_(2))/(V)] nRT`D. `M_(2) = [(m_(2))/(V)] (pi)/(RT)`
Answer» Correct Answer - B `M_(2) = (m_(2)RT)/(piV) = ((m_(2))/(V)) (RT)/(pi)`.

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