It can be thermodynamically demonstrated by assuming that the processes which this law characterizes are adiabatic.
It can be thermodynamically demonstrated by assuming that the processes which this law characterizes are adiabatic. In another formulation, it yields the necessary potential energy to perform that process on a material over any distance. For forces below a material's yield strength, it provides approximations of linear deformations and Young's modulus divides the two variables present in it. FTP, "stress is proportional to strain" is the common formulation of what law by an English scientist that models the motion of springs?
It can be thermodynamically demonstrated by assuming that the processes which this law characterizes are adiabatic.
Hooke's law