Hybridisation |Geometry #!#Shape

Hybridisation, Geometry, Shape|Trick To Find Sterric No.|OMR|Summary

Reduce the hybridisation, geometry and shape of the following (i) CH_(2)^(2+) (ii) Br_(3)^(Θ) (iii) CIO_(3)^(o+) (iv) F_(2)SeO (v) IO_(2)F_(2)^(Θ) Either of the hybridisation (i) sp^(2) and (ii) sp^(3)d^(2) of a central atom can lead to a squar planar molecule Give one example of each .

With the help of valence bond theory (VBT) , explain hybridisation geometry and magnetic behaviour of (NiCl_4)^(2-) complex .

Comparision OF Strength OF σ,π and δ Bond || Need for Hybridisation || Hybridisation Rules || Hybridisation Geometry

What is the hybridisation and geometry of the given species? The species are XeF_(2) and ICl_(2^(-)

Magnetic moment value of [Mn(CN)_(6)]^(3-) ion in 2.8BM Predict the type of hybridisation and geometry of the ion .

Which of the following is incorrect match for hybridisation and geometry?

The pair of compounds which have different hybridisation but same shape

Predict the hybridisation and geometry of [CoCl_(4)]^(2-) and [Co(CN)_(4)]^(2-)