Schmidt's Law relates to the behavior of crystals under specific conditions, indicating that a crystal's structure and properties can be predicted based on this law. The expression "a crystal obeys Schmidt's Law" suggests that the crystal's response to external forces aligns with the principles outlined by the law. Additionally, an inelastic potential refers to a perturbation in the Hamiltonian that does not conserve energy, typically represented by terms involving higher powers of displacement, such as cubic or quartic terms. Understanding these concepts is crucial for studying material properties and their responses to various forces. The discussion emphasizes the importance of clarity in scientific communication and encourages users to engage in the appropriate language for broader understanding.