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? $(m= ext{Mass}\, ext{of solute, }V= ext{Volume of solution and }\pi = ext{Osmotic pressure) }$

Question

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? $(m=	ext{Mass}\,	ext{of solute, }V=	ext{Volume of solution and }\pi =	ext{Osmotic pressure) }$

Accepted Answer

${{M}_{P}}=\left( \frac{m}{V} \right)\,\frac{RT}{\pi }$

Answer

${{M}_{P}}=\left( \frac{m}{\pi } \right)\,VRT$

Answer

${{M}_{P}}=\left( \frac{m}{\pi } \right)\,\frac{\pi }{RT}$

Answer

${{M}_{P}}=\left( \frac{m}{V} \right)\,\pi RT$

solutions

Question: 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? $(m=\text{Mass}\,\text{of solute, }V=\text{Volume of solution and }\pi =\text{Osmotic pressure) }$

solutions

Question: 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? $(m=\text{Mass}\,\text{of solute, }V=\text{Volume of solution and }\pi =\text{Osmotic pressure) }$

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