RULES TO WRITE ELECTRONIC CONFIGURATION

Number Of Nodes|Some Important Points|Rules Of Writing Electronic Configuration|Aufbau Rule (n+1) Rule|Hund's Rule Of Maximum Multiplicity|Pauli's Exclusion Principle|Exceptions|OMR

Concept OF Degenerate Orbitals || Spin Quantum Number || Rules For writing Electronic Configuration || Aufbau Principle((n +l) Rule) || Energy Order OF all Elements OF Periodic Table

Rules OF Filling OF Electrons || Aufbau's Principle || (n+l) rule || Hund's Rule OF Maximum Multiplicity || Pauli's Exclusion Principle || Reason OF Stability OF Half filled and Fully filled Orbitals || Electronic Configuration OF First 30 elements

Pauli’s Exclusion Principle || Hund’s Rule OF Maximum Multiplicity and Writing Electron Configurations || Exceptional Electronic Configurations Stability OF Half Filled & Full Filled Configurations & Magnetic Moment

The above electronic configuration deviates from (I) Hund's rule (II) Aufbau principle (III) Pauli's rule

Write the electronic configuration of Ni^(3+) . (At. No. of Ni = 28)

Comprehension # 1 Read the following rules and answer the questions at the end of it. Electrons in various suborbits of an filled in increasing order to their energies. Pairing of electrons in various orbitals of a suborbit takes places only after each orbital is half-filled. No two electrons in an atom can have the same set of quantum number. While writing the following electronic configuration of Fe some rules have been violated : I : Aufbau's rule, II : Hund's rule III : Pauli's exclusion principle

Writing Electronic Configurations

Write the electronic configuration of CI^(-) ion. To which configuration does it resemble?