Question

$\dag\sf{ \: DEFINE \: MAYER'S \: LAW \: !}$​

Answer 1

Mayer's relation (Mayer's law) is the relation between molar heat capacities at constant pressure Cp and at constant volume CV for an ideal gas. ... The states B and C lie on the same isotherm which corresponds to the temperature T2; therefore, the gas reaches the same final temperature after the two processes.

Answer 2

Answer:

Mayer's relation (Mayer's law) is the relation between molar heat capacities at constant pressure Cp and at constant volume CV for an ideal gas. ... The states B and C lie on the same isotherm which corresponds to the temperature T2; therefore, the gas reaches the same final temperature after the two processes.

Meyer's law is an empirical relation between the size of a hardness test indentation and the load required to leave the indentation.[1] The formula was devised by Eugene Meyer of the Materials Testing Laboratory at the Imperial School of Technology, Charlottenburg, Germany, circa 1908.