The relationship between osmotic pressure at \[273\,K\] when \[10g\] glucose \[({{P}_{1}}),\,10g\] urea \[({{P}_{2}})\] and \[10g\] sucrose \[({{P}_{3}})\] are dissolved in \[250ml\] of water is [CBSE PMT 1996]

\[{{P}_{2}}>{{P}_{3}}>{{P}_{1}}\]

\[{{P}_{1}}>{{P}_{2}}>{{P}_{3}}\]

\[{{P}_{3}}>{{P}_{1}}>{{P}_{2}}\]

\[{{P}_{2}}>{{P}_{1}}>{{P}_{3}}\]

\[{{P}_{2}}>{{P}_{3}}>{{P}_{1}}\]

The relationship between osmotic pressure at \[273\,K\] when \[10g\] g

1.	The relationship between osmotic pressure at \[273\,K\] when \[10g\] glucose \[({{P}_{1}}),\,10g\] urea \[({{P}_{2}})\] and \[10g\] sucrose \[({{P}_{3}})\] are dissolved in \[250ml\] of water is [CBSE PMT 1996]
A.	\[{{P}_{1}}>{{P}_{2}}>{{P}_{3}}\]
B.	\[{{P}_{3}}>{{P}_{1}}>{{P}_{2}}\]
C.	\[{{P}_{2}}>{{P}_{1}}>{{P}_{3}}\]
D.	\[{{P}_{2}}>{{P}_{3}}>{{P}_{1}}\]
Answer» D. \[{{P}_{2}}>{{P}_{3}}>{{P}_{1}}\]

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The relationship between osmotic pressure at \[273\,K\] when \[10g\] glucose \[({{P}_{1}}),\,10g\] urea \[({{P}_{2}})\] and \[10g\] sucrose \[({{P}_{3}})\] are dissolved in \[250ml\] of water is [CBSE PMT 1996]

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