The magnetic quantum number in the Schrödinger Wave Function determines:

A. The distance of the electron from the nucleus
B. The shape of the orbital
C. The orientation of the orbital
D. The spin of the electron



Answer :

Final answer:

The magnetic quantum number determines orbital orientation, while the spin quantum number relates to electron spin.


Explanation:

The magnetic quantum number in the Schrodinger Wave Function determines the orientation of the orbital. The fourth quantum number, known as the spin quantum number, relates to the spin of the electron.

The three quantum numbers—n, l, and m—define atomic electron orbitals, with n describing the energy level and electron distance, l indicating the shape, and m specifying the orbital's orientation.

Understanding these quantum numbers helps in comprehending the spatial distribution and other properties of electrons in atoms.


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