Question

Match List-I with List -IIList - I	List - II
(A) $ψ_{MO}=ψ_A-ψ_B$	(I) Dipole moment
(B) $µ=Q×r$	(II) Bonding molecular orbital
(C) $\frac{N_b-N_a}2$	(III) Anti-bonding molecular orbital
(D) $ψ_{MO}=ψ_A+ψ_B$	(IV) Bond order

Choose the correct answer from options given below:

• A. A(II), B(I), C(IV), D(III)
• B. A(III), B(IV), C(I), D(II)
• C. A(III), B(I), C(IV), D(II)
• D. A(III), B(IV), C(II), D(I)

Answer 1

Answer: (C)

A(III), B(I), C(IV), D(II)

Answer 2

The correct answer is (C).
$ψ_A-ψ_B=ψ_{MO}$ is anti-bonding molecular orbital
$µ = Q×r$ ∼ is dipole moment
$\frac{N_b-N_a}2$ = bond order
$ψ_A+ψ_B=ψ_{MO}$ is bonding molecular orbital.