Draw the structural diagram of Ammonia molecule as per the valence - shell electron pair repulsion theory.

Predict the shapes of the H_2O molecules making use of valence shell electron pair repulsion theory (VSEPRT).

The geometry of ClO_(3)^(-) according to valence shell electron pair repulsion theory will be

Draw a well-labelled diagram of an antibody molecule.

During chemical bond formation the potential energy of the bonding atoms decreases. According to VBT bond strength depends on extent of over lapping. Shapes and bond angles of the molecules were explained by VSEPR theory. This theory explains the Geometry of the molecules based on the repulsions among the valance shell electron pairs. As number of lone pairs increases repulsions increases apd the shape is altered accordingly. Katio of lone pairs and bond pair electrons in H_(2) O molecule respectively

During chemical bond formation the potential energy of the bonding atoms decreases. According to VBT bond strength depends on extent of over lapping. Shapes and bond angles of the molecules were explained by VSEPR theory. This theory explains the Geometry of the molecules based on the repulsions among the valance shell electron pairs. As number of lone pairs increases repulsions increases apd the shape is altered accordingly. AB_(4) E_(2) type of molecule with square planar shape is

In ammonia (NH_3) molecule, there are how many lone pair electrons ?

The number of unpaired electrons in the valence shell of silicon is

The number of unpaired electrons in the valence shell of silicon is

What is the best possible arrangement of four bond pairs in the valence shell of an atom to minimise repulsions ?

Draw the electron dot structures for