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Band theory uses molecular orbital theory to describe the bonding in metals and other solids. Overlapping bonding and antibonding orbitals from the valence shell result in continuous bands. When occupied molecular orbitals overlap, a valence band results. When unoccupied molecular orbitals overlap, a conduction band results. These two bands can form a continuous set, or be separated by a gap, called the band gap. Classify these molecular-orbital band diagrams by whether they represent a conductor, a semiconductor (possibly p-type or n-type), or an insulator. Conductor Semiconductor Insulator Answer Bank

Band theory uses molecular orbital theory to describe the bonding in metals and other solids. Overlapping bonding and antibonding orbitals from the valence shell result in continuous bands. When occupied molecular orbitals overlap, a valence band results. When unoccupied molecular orbitals overlap, a conduction band results. These two bands can form a continuous set, or be separated by a gap, called the band gap. Classify these molecular-orbital band diagrams by whether they represent a conductor, a semiconductor (possibly p-type or n-type), or an insulator. Conductor Semiconductor Insulator Answer Bank

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter8: Molecules And Materials
Section: Chapter Questions
Problem 8.27PAE
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Band theory uses molecular orbital theory to describe the bonding in metals and other solids. Overlapping bonding and antibonding orbitals from the valence shell result in continuous bands. When occupied molecular orbitals overlap, a valence band results. When unoccupied molecular orbitals overlap, a conduction band results. These two bands can form a continuous set, or be separated by a gap, called the band gap. Classify these molecular-orbital band diagrams by whether they represent a conductor, a semiconductor (possibly p-type or n-type), or an insulator. Conductor Semiconductor Insulator Answer Bank Band gap Band gap No band -600 -100 gap kJ/mol kJ/mol Energy Energy Energy
Transcribed Image Text:Band theory uses molecular orbital theory to describe the bonding in metals and other solids. Overlapping bonding and antibonding orbitals from the valence shell result in continuous bands. When occupied molecular orbitals overlap, a valence band results. When unoccupied molecular orbitals overlap, a conduction band results. These two bands can form a continuous set, or be separated by a gap, called the band gap. Classify these molecular-orbital band diagrams by whether they represent a conductor, a semiconductor (possibly p-type or n-type), or an insulator. Conductor Semiconductor Insulator Answer Bank Band gap Band gap No band -600 -100 gap kJ/mol kJ/mol Energy Energy Energy
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