x,y,z notation in schrodinger's equaton

[Samantha Chung 4I]

On my notes, I have written down "the schrodinger's equaton operates a change on schrodinger equation function ((x,y,z) ) which equals to energy (schrodingers equation): (x,y,z). However, what does the (x,y,z) represent? And what is the relationship between schrodinger's equation and energy?

[rkang00]

It might have to do with the principal quantum number and orbital number. There's another number that I can't recall right now but they're in the textbook - the notations are n, l, ml.

[Sean Reyes 1J]

The quantum numbers, which you have labeled as (x,y,z), are actually numbers used to describe the specifics of an electron in an atom. (x,y,z) become (n,l,ml,ms) in the wave function.
n is the principle quantum number and describes the shell.
l describes the shape of the orbital.
ml describes the sub shell of the orbital.
ms describes the spin of the electron (either up-spin or down-spin).