Hybridisation | Part 1

Hybridisation || Main Postulates OF Hybridisation || Types OF Hybridisation SP, SP2, SP3

Hybridisation is a concept of mixing of atomic orbital of almost equal energy, with the help of hybridisation shape of the molecules can be determined. (bp + lp) = Number of atom attached to central atom + (1)/(2) ["Valance" e^(-) "of central atom - Number of" e^(-)s "taking part in hybridisation" +- "charge"] What is the hybridisation and shape of BrF_(5) ?

Hybridisation is a concept of mixing of atomic orbital of almost equal energy, with the help of hybridisation shape of the molecules can be determined. (bp + lp) = Number of atom attached to central atom + (1)/(2) ["Valance" e^(-) "of central atom - Number of" e^(-)s "taking part in hybridisation" +- "charge"] Which of the following triatomic species is polar and planar ?

SP Hybridisation |SP2 Hybridisation |SP3 Hybridisation

Hybridisation|Predicting Hybridisation Of Central atom|Molecules (Their Shape And Hybridisation)|Summary

Different Cases OF Hybridisation || Hybridisation OF Important Compounds

Hybridisation in reaction intermediate || Hybridisation in odd electron species

Formula No. 3|Types Of Hybridisation - SP Hybridisation|SP2 Hybridisation|SP3 Hybridisation|Ammonia (NH3)|Water|SP3 Hybridisation In C2H6 Molecule|SP2 Hybridisation In C2H4|SP Hybridisation In C2H2|Summary

SP Hybridisation |SP2 Hybridisation |SP3 Hybridisation |Ammonia|Water|SP3 Hybridisation in C2H6 Molecule|SP2 Hybridisation in C2H4|Summary

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