Use the molecular orbital energy level diagram to show that `N_(2)` would be expected to have a triple bond. `F_(2)`, a single bond and `Ne_(2)` , no bond.

In O_(2) has double bond, F_(2) has single bond and Ne_(2) has no bond.

Draw molecular orbital energy level diagram of H_2^+ ion.Calculate its bond order and magnetic nature also.

With the help of molecular orbital theory, show that N_(2) molecule has triple bond, O_(2) molecule has double bond while F_(2) molecule has single bond. Compare their bond strengths.

With the help of molecular orbital theory, draw the molecular orbital energy level diagram for N_(2) molecule. Also calculate the bond order and predict the magnetic behaviour.

MOT|Molecular Orbital Energy Level Diagram |Hydrogen Bonding|OMR

Draw the molecular orbital energy level diagram for H_2 and discuss its stability, bond order and magnetic character.

With the help of molecular orbital theory, draw the molecular orbital energy level diagram for N_(2)^(+) ion molecule. Also calculate its bond order and predictits magnetic behaviour.

Draw the energy level daigram of N2 . calculate its bond order.