Stability Of Completely Filled And Half Filled Orbitals

Explain by giving resons of stability of completely filled and half filled subshell

IIIustrate the reaasons for the stability of completey filled and half -filled subshells .

Extra Stability OF Half Filled and Fully Filled Orbitals /Symmetry /Exchange Enegy/Calculation OF Total Number OF Exchanges (JH Shortcut)

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

Illustrate the stability of half filled and completely filled orbitals with a suitable example.

Assertion (A) Atoms with completely filled and half-filled subshells are stable. Reason (R ) Completely filled and half filled subshells have symmetrical distribution of electrons and have maximum exchange energy. The correct answers is

We know that fully filled and half filled orbitals are more stable. Can you write the electronic configuration of Cr(Z=24)?

We know that fully filled and half filled orbitals are more stable. Can you write the electronic configuration of Cr(Z=24)?

The following are some statements about hybridisation i) Pure orbitals of same atom of an element will participate. ii) The number of hybrid orbitals formed is twice the number of pure orbitals that participate in hybridisation. iii) Completely filled (or) half-filled (or) vacant orbitals may participate in this process. The correct combination is