MAGNETIC QUANTUM NUMBER AND SPIN QUANTUM NUMBER

Magnetic Quantum Number || Spin Quantum Number || Orbitals and Nodes || Types OF Node, Radial Node, Angular Node || Shapes OF Orbitals with Nodes and Nodal Plane

Azimuthal Quantum Number, Subsidiary Quantum Numbar, Angular Momentum Quantum Number|Azimuthal Quantum Number|Magnetic Quantum Number|Spin Quantum Number|Subshell Notation |Summary

Magnetic Quantum Number (m1)|Spin Quantum Number (s)|Arrangement Of Electrons In Atomic Orbitals|Numerical|Shapes Of Atomic Orbitals|OMR

Shells|On Solving Schrodinger's Wave Equation|Quantum Numbers?|Principal Quantum Number (n)|Significance Of PQN|Azimuthal Or Angular Momentum Quantum Number (I)|Azimuthal Quantum Number|The Magnetic Quantum Number (m)|Relation Between m And I|The Spin Quantum Number (s)|Questions|OMR

Schrodinger Wave Equation|Significance Of Wave Function|Quantum Numbers|Principal Quantum Number (n)|Azimuthal Quantum Number / Subsidiary Quantum Number / Angular Momentum Quantum Number|Magnetic Quantum Number|Summary

Schrodinger Wave Equation|Significance Of Wave Function|Quantum Numbers|Principal Quantum Number (n)|Azimuthal Quantum Number / Subsidiary Quantum Number / Angular Momentum Quantum Number|Magnetic Quantum Number|Summary

Revision|Electronic Configuration Of First 30 Elements|Concept Of Quantum No.|Types Of Quantum Numbers|Shells (Principal Quantum No.)|Subshells (Azimuthal Quantum No.)|Orbitals (Magnetic Quantum No.)|Electron Spin (Spin Quantum No.)|Electrons Filling In Orbitals Of An Atom|OMR|Summary

Magnetic Quantum Number & Orbital

Questions|Schrodinger Wave Equation|Significance Of Wave Function|Quantum Numbers|Principal Quantum Number (n)|Azimuthal Quantum Number / Subsidinary Quantum Number / Angular Momentum Quantum Number|Azimuthal Quantum Number|Magnetic Quantum Number|Summary

If an electron has spin quantum number of +1/2 and a magnetic quantum number — 1, it CANNOT be present in the_________ orbital.