What is the highest specific volume for liquid within the range of temperatures provided?

To determine the highest specific volume for liquid, it is important to understand the behavior of liquids as temperature changes. Specific volume is defined as the volume occupied by a unit mass of a substance and is significantly affected by temperature and pressure. Generally, for most liquids, as the temperature increases, the specific volume also increases since liquids tend to expand when heated.

In this problem, the value of specific volume in question could likely relate to a particular liquid under specific conditions or temperature ranges, which are typical in industrial refrigeration environments. The highest value given, 6.11, suggests scenarios where the liquid is near its saturation point at higher temperatures or lower pressures, where the specific volume of liquids can be significantly higher compared to lower temperature values.

Therefore, recognizing that specific volumes vary with temperature and that the highest specific volume will be at the upper end of a temperature range, the selection of 6.11 as the highest specific volume indicates an understanding of the expansion of liquids with increasing temperature or potential transitions into a vapor state at certain pressures, which usually leads to a higher consideration of specific volumes.