The MO diagram for the molecule AB is given below. AB is diamagnetic. 2p 2p 2s 2s O25 Select one: True False

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The MO (Molecular Orbital) diagram for the molecule AB is given. AB is diamagnetic.

### Diagram Explanation:

The MO diagram displays the energy levels of molecular orbitals formed from the combination of atomic orbitals of atoms A and B.

- **2s Orbitals:** 
  - The 2s atomic orbitals combine to form the sigma (\(\sigma_{2s}\)) bonding and sigma star (\(\sigma^*_{2s}\)) antibonding molecular orbitals.
  - The \(\sigma_{2s}\) orbital is lower in energy, indicating it is a bonding orbital, while \(\sigma^*_{2s}\) is higher in energy, being antibonding.
  - These orbitals contain paired electrons indicated by opposite-facing arrows.

- **2p Orbitals:** 
  - The 2p atomic orbitals form several molecular orbitals:
    - \(\sigma_{2p}\), a bonding orbital, which is filled with paired electrons.
    - \(\pi_{2p}\) orbitals, which are degenerate (have the same energy) and lower than their antibonding counterparts.
    - \(\pi^*_{2p}\) orbitals, antibonding and located higher in energy than their bonding counterparts.
    - The diagram shows paired electrons in the \(\pi_{2p}\) orbitals, contributing to the diamagnetism of the molecule, as there are no unpaired electrons.

### Question:
Select one:
- True
- False

This MO diagram suggests that the molecule AB is diamagnetic given the presence of only paired electrons in its molecular orbitals.
Transcribed Image Text:The MO (Molecular Orbital) diagram for the molecule AB is given. AB is diamagnetic. ### Diagram Explanation: The MO diagram displays the energy levels of molecular orbitals formed from the combination of atomic orbitals of atoms A and B. - **2s Orbitals:** - The 2s atomic orbitals combine to form the sigma (\(\sigma_{2s}\)) bonding and sigma star (\(\sigma^*_{2s}\)) antibonding molecular orbitals. - The \(\sigma_{2s}\) orbital is lower in energy, indicating it is a bonding orbital, while \(\sigma^*_{2s}\) is higher in energy, being antibonding. - These orbitals contain paired electrons indicated by opposite-facing arrows. - **2p Orbitals:** - The 2p atomic orbitals form several molecular orbitals: - \(\sigma_{2p}\), a bonding orbital, which is filled with paired electrons. - \(\pi_{2p}\) orbitals, which are degenerate (have the same energy) and lower than their antibonding counterparts. - \(\pi^*_{2p}\) orbitals, antibonding and located higher in energy than their bonding counterparts. - The diagram shows paired electrons in the \(\pi_{2p}\) orbitals, contributing to the diamagnetism of the molecule, as there are no unpaired electrons. ### Question: Select one: - True - False This MO diagram suggests that the molecule AB is diamagnetic given the presence of only paired electrons in its molecular orbitals.
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