Volume vs temperature graphs illustrating Charle's law.

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Solution

Charles's law defines the direct relationship between volume and temperature in Kelvin when kept at a constant pressure and can be represented mathematically as follows-
$V \propto T$
Therefore, from the given graph-
$p_{1} < p_{2} < p_{3} < p_{4}$

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Volume vs temperature graphs illustrating Charle's law.

Charles's law defines the direct relationship between volume and temperature in Kelvin when kept at a constant pressure and can be represented mathematically as follows-V∝TTherefore, from the given graph-p1<p2<p3<p4

Charles's law defines the direct relationship between volume and temperature in Kelvin when kept at a constant pressure and can be represented mathematically as follows-
$V \propto T$
Therefore, from the given graph-
$p_{1} < p_{2} < p_{3} < p_{4}$