TYPES OF HYBRIDISATION

Among the compounds BF_(3), NCI_(3), H_(2)S, SF_(4) and BeCI_(2) ., identify the ones in which the central atom has the same type of hybridisation

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

On the basis of type of hybridisation, predict the shape of the following molecules : (i) H_2 C = O (ii) CH_3 F (iii) HC -= N

What is the type of hybridisation of each carbon in the following compounds ? (i) CH_3 CH_3 (ii) CH_3 CI (iii) (CH_3)_2 CO (iv) CH_3 CN

Match the shape of molecules in Column I with the type of hybridisation in Column II.

In order to explain the characteristic geometrical shapes of polyatomic molecules, Pauling introduced the concept of hybridisation. The orbitals undergoing hybridisation should have nearly same energy. There are various types of hybridisations involving s, p and d - type of orbitals. The type of hybridisation gives the characteristic shape of the molecular or ion. Which molecule does not have the same type of hybridisation as P has in PF_(5) ?

Which type of hybridisation of each carbon is there in the compound ? CH_(3)-CH=CH-CN

Which type of hybridisation is shown by carbon atoms from left to right in the given compound : CH_(2) = CH- C -= N ?

Match the complexes listed in column-I with characteristic (s)/type of hybridisation olisted in column-II.