Predict the mode of hybridization in the central atom of the molecule having trigonal and tetrahedral structures.

Predict the mode of hybridization in the central atom of the molecules having:

1. trigonal planer
2. tetrahedral structure

with an example each.

Ammonia molecule has got trigonal pyramidal geometry even though nitrogen of ammonia gas gets sp3 hybridization. Give reasons.

Ammonia molecule has got trigonal pyramidal geometry even though nitrogen of ammonia gas gets sp3 hybridization. Give reasons.

How would you predict the geometry of the ammonia molecule on the basis of VSEPR theory?

How would you predict the geometry of the ammonia molecule on the basis of VSEPR theory?

What kind of hybridization results in trigonal planer geometry?

What kind of hybridization results in trigonal planer geometry. Give an example of it.

Which hybridization results in a linear geometry. Give an example.

Which hybridization results in a linear geometry. Give an example of such hybridization.

What kind of hybridization results in tetrahedral geometry? Give an example.

What kind of hybridization results in tetrahedral geometry? Give an example.

Write two important features of hybrid orbitals.

Write two important features of hybrid orbitals.

What is the mode of hybridization for carbon in ethyne and oxygen in water?

What is the mode of hybridization for carbon in ethyne and oxygen in water?

Predict the mode of hybridization of B in BF3. write two features.

Predict the mode of hybridization of B in BF3. Mention any two features of this hybridization.

State any two proper conditions and mode of hybridization of C in C2H2?

State any two proper conditions of hybridization. What is the mode of hybridization of C in C₂H₂?