The quantum number of obtained from the Schrӫdinger wave length is.

The quantum number not obtained from the Schrodinger's wave equation is

The quantum number not obtained from the Schrodinger's wave equation is

The quantum number not obtained from the Schrodinger's wave equation is:

The quantum number not obtained from the Schrodinger's wave equation is:

The quantum number not obtained from the Schrodinger.s wave equation is

The quantum number not obtained from Schrodinger wave equation is

The quantum number not obtained from the schrodinger's wave equation is

The qunatum number not obtained from the Schrodinger's wave equation is

An electron in an atom can be completely designated with the help of four quantum numbers. Out of these, the first three i.e., principal (n), azimuthal (l) and magnetic (m) quantum number are obtained from the solution of Shrodinger wave equation while the spin(s) quantum number arises from the spin of the electron around its axis clockwise or antiaclockwise. Ot of these principal quantum number tells about the size, azimuthal quantum number about the shape and magnetic quantum signifies the orientation of the electron orbital. The maximum number of electrons in a subshell having the same value of spin quantum number is given by

An electron in an atom can be completely designated with the help of four quantum numbers. Out of these, the first three i.e., principal (n), azimuthal (l) and magnetic (m) quantum number are obtained from the solution of Shrodinger wave equation while the spin(s) quantum number arises from the spin of the electron around its axis clockwise or anticlockwise. Of these principal quantum number tells about the size, azimuthal quantum number about the shape and magnetic quantum signifies the orientation of the electron orbital. How many electrons in a given atom have the following set of quantum numbers? n = 3, l =2, m = +2, s = -1//2