The relationship between osmotic pressrue at $273K$ when $10g$ glucose $({{P}_{1}})$, $10g$ urea $({{P}_{2}})$ and $10g$ sucrose $({{P}_{3}})$ are dissolved in $250ml$ of water is

Question

Accepted Answer

${{P}_{2}}>{{P}_{1}}>{{P}_{3}}$

Answer

${{P}_{1}}>{{P}_{2}}>{{P}_{3}}$

Answer

${{P}_{3}}>{{P}_{1}}>{{P}_{2}}$

Answer

${{P}_{2}}>{{P}_{3}}>{{P}_{1}}$

solutions

Question: The relationship between osmotic pressrue at $273K$ when $10g$ glucose $({{P}_{1}})$, $10g$ urea $({{P}_{2}})$ and $10g$ sucrose $({{P}_{3}})$ are dissolved in $250ml$ of water is

solutions

Question: The relationship between osmotic pressrue at $273K$ when $10g$ glucose $({{P}_{1}})$, $10g$ urea $({{P}_{2}})$ and $10g$ sucrose $({{P}_{3}})$ are dissolved in $250ml$ of water is

Related Questions