### Molecular Orbitals in MetalsWhen discussing molecular orbitals in metals, consider the following characteristics:- **A. Overlap Significantly to Allow Free Electron Movement**: In metals, the overlap of molecular orbitals is significant, which facilitates the free movement of electrons throughout the system. - **B. Have a Large Gap Between Bonding and Valence Bands**: This means that electrons cannot easily be promoted to higher energy levels because of the substantial energy gap.- **C. Are Numerous**: Since each atom in a metal contributes its atomic orbitals to a collective network, the number of molecular orbitals is quite large.- **D. All of the Above**: This implies that points A, B, and C collectively describe the properties of molecular orbitals in metals.- **E. Both A and C**: This states that points A and C together describe significant aspects of molecular orbitals in metals.#### Multiple Choice Options:- **A**- **B**- **C**- **E**- **D** For educators, it is important to highlight that the correct answer is **D. All of the above**. This will help students understand that molecular orbitals in metals exhibit significant overlap, a large energy gap between bonding and valence bands, and are numerous due to the contribution of atomic orbitals from each atom.

Molecular orbital or band theory describes the electronic structure and electronic energy level in…

Molecular orbitals in metals... A. Overlap significantly to allow free electron movement through the system. B. Have a large gap between bonding and valence bands so that electrons cannot easily be promoted to higher energy levels. C. Are so numerous because each atom contributes its atomic orbitals to a large network D. All of the above. E. Both A and C. O A OB OC OE OD

Molecular orbitals in metals... A. Overlap significantly to allow free electron movement through the system. B. Have a large gap between bonding and valence bands so that electrons cannot easily be promoted to higher energy levels. C. Are so numerous because each atom contributes its atomic orbitals to a large network D. All of the above. E. Both A and C. O A OB OC OE OD

Chemistry for Engineering Students

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ISBN:9781337398909

Author:Lawrence S. Brown, Tom Holme

Publisher:Lawrence S. Brown, Tom Holme

Chapter7: Chemical Bonding And Molecular Structure

Section: Chapter Questions

Problem 7.72PAE: 7.72 How does an MSN differ from amorphous silica so that is has improved biocompatibility?

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Concept explainers

Quantum Mechanical Treatment of the Valence Bond Theory

Quantum mechanical treatment of valence bond theory refers to the relationship established between the quantum mechanical theory and the valence bond theory to describe the chemical bonding in a particular molecule.

Question

### Molecular Orbitals in Metals

When discussing molecular orbitals in metals, consider the following characteristics:

- **A. Overlap Significantly to Allow Free Electron Movement**: In metals, the overlap of molecular orbitals is significant, which facilitates the free movement of electrons throughout the system.

- **B. Have a Large Gap Between Bonding and Valence Bands**: This means that electrons cannot easily be promoted to higher energy levels because of the substantial energy gap.

- **C. Are Numerous**: Since each atom in a metal contributes its atomic orbitals to a collective network, the number of molecular orbitals is quite large.

- **D. All of the Above**: This implies that points A, B, and C collectively describe the properties of molecular orbitals in metals.

- **E. Both A and C**: This states that points A and C together describe significant aspects of molecular orbitals in metals.

#### Multiple Choice Options:
- **A**
- **B**
- **C**
- **E**
- **D**

For educators, it is important to highlight that the correct answer is **D. All of the above**. This will help students understand that molecular orbitals in metals exhibit significant overlap, a large energy gap between bonding and valence bands, and are numerous due to the contribution of atomic orbitals from each atom.

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