When temperature of air increases the gap between the gas particles also increases.

It represents relationship between volume and temperature at constant pressure

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Solid phase changing to the liquid phase

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A general rule for predicting solubility

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A state in which the liquid and gas phases are in equilibrium

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It represents relationship between absolute temperature and the kinetic energy of particles

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Solution

The correct option is B It represents relationship between volume and temperature at constant pressure
In isobaric process, pressure remains constant i.e. $△ P = 0$ and $T \propto V$
So, when temperature increases volume increases and gap between the gas particles also increases.

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When temperature of air increases the gap between the gas particles also increases.

The correct option is B It represents relationship between volume and temperature at constant pressureIn isobaric process, pressure remains constant i.e. △P=0 and T∝VSo, when temperature increases volume increases and gap between the gas particles also increases.

The correct option is B It represents relationship between volume and temperature at constant pressure
In isobaric process, pressure remains constant i.e. $△ P = 0$ and $T \propto V$
So, when temperature increases volume increases and gap between the gas particles also increases.