A bonding molecular orbital always possesses lower energy than either of the atomic orbitals that have overlapped to form it because

Question

A bonding molecular orbital always possesses lower energy than either of the atomic orbitals that have overlapped to form it because (A) electrons placed in a bonding molecular orbital tend to hold the nuclei together and stabilise a molecule (B) electrons placed in a bonding molecular orbital repels each other (C) the electron density in a bonding molecular orbital is located between the nuclei of the bonded atoms because of which the repulsion between the nuclei is very less (D) Both (a) and (c)

Tardigrade Admin · Accepted Answer

A bonding molecular orbital always possesses lower energy than either of the atomic orbitals that have overlapped to form it because electron placed in a bonding molecular orbital tend to hold the nuclei together and stabilise a molecule.

Q. A bonding molecular orbital always possesses lower energy than either of the atomic orbitals that have overlapped to form it because

electrons placed in a bonding molecular orbital tend to hold the nuclei together and stabilise a molecule

electrons placed in a bonding molecular orbital repels each other

the electron density in a bonding molecular orbital is located between the nuclei of the bonded atoms because of which the repulsion between the nuclei is very less

Both (a) and (c)

A bonding molecular orbital always possesses lower energy than either of the atomic orbitals that have overlapped to form it because electron placed in a bonding molecular orbital tend to hold the nuclei together and stabilise a molecule.