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Wave function of a bonding or antibonding molecular orbital

This type of question, asked 2 times: 27 Jul 2022, 8 Apr 2024. All 2 questions below, oldest first.

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  1. Question 1

    27 Jul 2022

    122
    Match List-I with List-II.
    List-IList-II
    (A) ΨMO=ΨA−ΨB\Psi_{MO}= \Psi_{A}- \Psi_{B}(I) Dipole moment
    (B) μ=Q×r\mu = Q \times r(II) Bonding molecular orbital
    (C) Nb−Na2\frac{N_{b}- N_{a}}{2}(III) Anti-bonding molecular orbital
    (D) ΨMO=ΨA+ΨB\Psi_{MO}= \Psi_{A}+ \Psi_{B}(IV) Bond order
    Choose the correct answer from the options given below:

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  2. Question 2

    8 Apr 2024

    123
    When ΨA\Psi_{A} and ΨB\Psi_{B} are the wave functions of atomic orbitals, then σ∗\sigma^{*} is represented by :

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