True or False: Unlike water, a typical gas may have an infinite number of different specific heat values.

The assertion that a typical gas may have an infinite number of different specific heat values is accurate. This is primarily because the specific heat of a gas can vary significantly based on factors such as temperature, pressure, and the specific conditions under which the gas is being utilized.

For solid and liquid substances, specific heat tends to be more consistent across standard conditions. However, gases are more complex; as they can expand and compress under different pressure and temperature conditions, their specific heat can change. Additionally, the specific heat of a gas can differ depending on whether it is measured at constant pressure or constant volume. This variability due to the molecular nature and interactions of gases results in a wide range of specific heat values that may not have a single fixed value, unlike water.

Thus, the statement that a typical gas may have an infinite number of different specific heat values holds true, reflecting the intrinsic properties of gases and their behavior under varying thermodynamic conditions.