The covalent bond can be explained by molecular orbital theory.Using M.O. diagram,Explain the paramagnetic nature of oxygen molecule.

The covalent bond can be explained by Molecular Orbital Theory (MOT). Using molecular orbital diagram explain the paramagnetic nature of oxygen molecule.

Use molecular orbital theory to explain why the 'Be_2', molecule does not exist.

By using the conept of hybridization, explain the structure of H_2O molecule.

The stability and magnetic properties of a molecule can be well explained using the molecular orbital theory developed by F. Hund and R.S. Mulliken a) Define bond order according to the M.O. theory.

The formation of molecular orbitals can be described by the linear combination of atomic orbitals b) Write the electronic configuration of oxygen molecule on the basis of Molecular Orbital Theory. Justify the presence of double bond in it and account for its paramagnetic character.

The stability and magnetic properties of a molecule can be well explained using the molecular orbital theory developed by F. Hund and R.S. Mulliken b) Draw the energy level diagram for the formation of the O_2 molecule.

The stability and magnetic properties of a molecule can be well explained using the molecular orbital theory developed by F Hung and R.S.Mulliken.Draw the energy level diagram for the formation of the O_2 molecule.

Valence Bond Theory (VBT) and Molecular Orbital Theory (MOT) are the two important theories of chemical bonding Write the molecular orbital electronic configuration of the C_2 molecule and calculate its bond order.

The theory that attempts to explain the behaviour of gases is known as kinetic molecular theory. On the basis of this theory, explain the compressible nature of gases and the temperature dependence on kinetic energy.

The stability and magnetic properties of a molecule can be well explained using the molecular orbital theory developed by F Hund and R.S. Mulliken. Calculate the bond order and predict the magnetic property of the O_2 molecule.