What is the second value listed for the measurement of 108?

To understand which value correctly represents the second measurement listed for 108, it's important to recognize what the measurement of 108 refers to in the context of industrial refrigeration or thermodynamic properties. Typically, values such as these can represent specific enthalpies or temperatures corresponding to certain pressures in refrigerants.

The correct answer, 239.13, would likely represent a calculation derived from standard refrigerant tables or thermodynamic equations that are used to analyze refrigeration cycles. In practical terms, this value can be indicative of a specific state point, like the enthalpy or temperature at which a refrigerant operates under certain conditions.

In this context, values like those provided typically follow a standardized format based on the reference data from refrigerant property tables. Understanding the context of the data can illuminate how such values are derived and their significance in system operations.

It is crucial to cross-reference with the standard property tables for the specific refrigerant in question to grasp why 239.13 is valid while the other numerical values do not meet the criteria set by that specific measurement. This requires familiarity with thermodynamic properties and their corresponding values at designated points in the refrigeration cycle.