(a) what is the difference between classical and quantum mechanics, and under what mechanics be used? extreme conditions must quantum (b) write out the time-independent schrodinger equation. ) this equation represents a quantum version of what major physics law? (d) show which term in the schrodinger equation is the same as the term in this classical law. (e) the solution to the schrodinger equation is called v, the wavefunction. what does the wavefunction tell you? (f) the square of the wavefunction, 14시 is also important. what does it tell you? (g) if you integrate the square of the wavefunction with respect to x, with integration limits from a to b, what does the answer tell you physically? cb) what does the heisenburg uncertainty principle say? @) the most well known version of this principle relates position and momentum. but there are other relationships too. name another set of variables which are governed by the heisenburg uncertainty principle