The Valence Bond theory states that covalent bonds are formed from atomic orbital overlap while the Molecular Orbital theory is the mathematical combination of atomic orbitals to produce anti bonding and bonding orbitals.

The Valence Bond Theory states that covalent bonds are the result of electron repulsion while the Molecular Orbital theory states that covalent bonds form as a result of atomic overlap.

The Valence Bond theory is the mathematical combination of atomic orbitals to produce anti bonding and bonding orbitals while the Molecular Orbital theory states that covalent bonds are formed from atomic orbital overlap.

Both Valence Bond theory and Molecular Orbital theory produce hybridized geometries through anti bonding and bonding orbitals.

Neither Valence Bond theory nor Molecular Orbital theory produces hybridized geometries.

Bent

Trigonal planar

Linear

T-shaped

T-shaped

Trigonal bipyramidal

Square pyramidal

Trigonal pyramidal

Trigonal planar

Bent

Linear

Tetrahedral

T-shaped

, tetrahedral, bent

, octahedral, square planar

, octahedral, square pyramidal

, tetrahedral, tetrahedral

, trigonal bipyramidal, t-shaped

Bent

Trigonal planar

Linear

Trigonal bipyramidal

None of these

Seesaw

T-shaped

Trigonal pyramidal

Square planar

Trigonal planar

Tetrahedral

Trigonal pyramidal

T-shaped

The number of molecular orbitals is equal to the number of atomic orbitals for a given molecule.

The number of molecular orbitals are half the number of atomic orbitals for a given molecule.

The number of atomic orbitals are twice the number of molecular orbitals for a given molecule.

No comparison between molecular orbitals and atomic orbitals can be made as they are consistent with different theories of bonding.

Molecular orbitals are to valence bond theory as atomic orbitals are to atomic orbital theory.

Bent

Tetrahedral

Linear

T-shaped