Linked from

The 10 pages that link to Magnetic quantum number, each with the reason it gives.

• Atomic orbitalBroader topic: It distinguishes the possible orientations within an angular-momentum subshell.

• Quantum numberBroader topic: It illustrates that a label can depend on a selected measurement direction.

• Orbital angular momentumBroader topic: It labels the allowed z-component values for each orbital angular momentum quantum number.

• Principal quantum numberRelated: It adds an orbital label beyond the energy level given by n and l.

• Clebsch–Gordan coefficientsRelated: A coefficient vanishes unless the two input projections sum to the output projection.

• p orbitalRelated: Its three allowed values distinguish the three p-orbital orientations.

• 4f orbitalRelated: Its seven allowed values distinguish the seven 4f orbitals.

• Azimuthal quantum numberCompared with: It distinguishes orientations within a fixed ℓ subshell, rather than subshell type.

• 4f electronRelated: Seven possible values distinguish the seven orbitals in a 4f subshell.

• Wigner–Eckart theoremRelated: The theorem isolates this label’s dependence in known coefficients.