Which statement is incorrect about osmotic pressure - volume V and temperature T-

The correct option is D π∝ V , if T is constantAs we know, π V=nRT π =nVRT ⇒π=CRT π∝1V , if T is constant. ...

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Standard XII

Chemistry

Van't Hoff Factor

Which stateme...

Question

Which statement is incorrect about osmotic pressure $(π)$ , volume (V) and temperature (T)?

π \propto \frac{1}{V}

, if T is constant

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π \propto T

, if V is constant

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π \propto V

, if T is constant

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π V

is constant,if T is constant

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Solution

The correct option is D $π \propto V$ , if T is constant
As we know,
$π V = n R T$
$π = \frac{n}{V} R T$
$\Rightarrow π = C R T$
$π \propto \frac{1}{V}$ , if $T$ is constant.

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Which statement is incorrect about osmotic pressure (π), volume (V) and temperature (T)?

The correct option is D π∝V, if T is constantAs we know,πV=nRTπ=nVRT⇒π=CRTπ∝1V, if T is constant.

Which statement is incorrect about osmotic pressure $(π)$ , volume (V) and temperature (T)?

The correct option is D $π \propto V$ , if T is constant
As we know,
$π V = n R T$
$π = \frac{n}{V} R T$
$\Rightarrow π = C R T$
$π \propto \frac{1}{V}$ , if $T$ is constant.