According to Charles Law, if the volume is constant and the temperature is raised, what happens to the volume?

Charles Law specifically describes the relationship between the temperature and volume of a gas when the pressure is held constant. In this law, it is stated that if the temperature of a gas increases, the volume of the gas will also increase, provided that the pressure does not change.

However, the question specifies a scenario where the volume is constant while the temperature is raised. In such a situation, the volume will indeed not change; it remains the same regardless of the temperature increase. The gas molecules may become more energetic due to the increased temperature, potentially leading to an increase in pressure if the gas is confined to a rigid container where the volume cannot change.

Understanding this concept is crucial for fire inspection practices since it can affect how gases behave during fires, particularly in closed environments where temperature and pressure changes can lead to dangerous situations.