Hybridisation in Reaction Intermediate ( Carbocation, Carbanion, Carbene, Benzyne) || Allenes || Odd Electron Species || Dimerisation || Ion-Pair in Solid\ Liquid Phase || Calculation OF pπ-pπ and pπ -dπ Bond

Hybridisation in Reactive Intermediates- Carbenes, Benzynes, Allenes || Hybridisation in Odd Electron Species || Drago’s Rule and Application

Hybridisation in reaction intermediate || Hybridisation in odd electron species

"Hybridisation in Reactive Intermediates- Carbenes,Benzynes,Allenes, Hybridisation in odd Electron Species,Drago’s Rule and Application"

Hybridisation Of Reactive Intermediates |Hybridisation Of Odd Electron Species|Hybridisation In Solid State|Summary

Hybridisation Of Elements Involving d Orbitals|Formation Of PCl5 (sp3d Hybridisation)|Formation Of SF6 (sp3d2 Hybridisation)|IF7|Bonding In SO3|Bonding In SO2|Calculation Of Number Of pπ-pπ And pπ-dπ Bonds|Summary

Calculation OF %s character and electronegativity || Calculation OF pπ-pπ and pπ-dπ bonds || Drago's rule and bent rule

II. Read the following passage and answer questions 6-10 that follow : During organic reactions, a covalent bond between two carbon atoms or carbon atom and some other atom is broken and a new bond is formed. The fission of bonds can be homolytic or heterolytic forming free radicals, carbocations carbanions, carbenes, etc. This also depends upon the displacement, of electron in a bond and is governed by inductive effect, electromeric effect, reasonance and hyperconjugation. Complete the reaction : CH_2 N_2 overset("Light") (to) and name the species formed.