A solution contains non-volatile solute of molecular mass \[{{M}_{p}}\]. Which of the following can be used to calculate molecular mass of the solute in terms of osmotic pressure (m = Mass of solute, V = Volume of solution and p = Osmotic pressure) [CBSE PMT 2002]

\[Mp=\left( \frac{m}{V} \right)\frac{\pi }{RT}\]

\[Mp=\left( \frac{m}{\pi } \right)\,VRT\]\[\]

\[Mp=\left( \frac{m}{V} \right)\frac{RT}{\pi }\]

\[Mp=\left( \frac{m}{V} \right)\,\pi RT\]

A solution contains non-volatile solute of molecular mass \[{{M}_{p}}\

1.	A solution contains non-volatile solute of molecular mass \[{{M}_{p}}\]. Which of the following can be used to calculate molecular mass of the solute in terms of osmotic pressure (m = Mass of solute, V = Volume of solution and p = Osmotic pressure) [CBSE PMT 2002]
A.	\[Mp=\left( \frac{m}{\pi } \right)\,VRT\]\[\]
B.	\[Mp=\left( \frac{m}{V} \right)\frac{RT}{\pi }\]
C.	\[Mp=\left( \frac{m}{V} \right)\frac{\pi }{RT}\]
D.	\[Mp=\left( \frac{m}{V} \right)\,\pi RT\]
Answer» C. \[Mp=\left( \frac{m}{V} \right)\frac{\pi }{RT}\]

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A solution contains non-volatile solute of molecular mass \[{{M}_{p}}\]. Which of the following can be used to calculate molecular mass of the solute in terms of osmotic pressure (m = Mass of solute, V = Volume of solution and p = Osmotic pressure) [CBSE PMT 2002]

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