Is there a rigorous definition of axially symmetric / spherically symmetric functions?
Similarly, what exactly does the "rate of the dropping to zero" mean, for a symmetric / spherical function f(r) and what then does 1/r ( which also has a defined "drop to zero") mean?
Similarly, what exactly does the "rate of the dropping to zero" mean, for a symmetric / spherical function f(r) and what then does 1/r ( which also has a defined "drop to zero") mean?
