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Use molecular orbital theory to complete the ground state electron configuration for each of the molecules. Molecule Ground state electron configuration NF (σ1s)(σ1s*)(σ2s)(σ2s*)(π2p)(σ2p)(π2p*) NF+ (σ1s)(σ1s*)(σ2s)(σ2s*)(π2p)(σ2p)(π2p*) NF− (σ1s)(σ1s*)(σ2s)(σ2s*)(π2p)(σ2p)(π2p*)     Answer Bank 0 1 2 3 4 Determine the bond order of each of the molecules. NF bond order:     NF+ bond order:     NF− bond order:     Classify each molecule according to its magnetic properties.   Diamagnetic                        Paramagnetic   Answer Bank NF NF+ NF−

Use molecular orbital theory to complete the ground state electron configuration for each of the molecules. Molecule Ground state electron configuration NF (σ1s)(σ1s*)(σ2s)(σ2s*)(π2p)(σ2p)(π2p*) NF+ (σ1s)(σ1s*)(σ2s)(σ2s*)(π2p)(σ2p)(π2p*) NF− (σ1s)(σ1s*)(σ2s)(σ2s*)(π2p)(σ2p)(π2p*)     Answer Bank 0 1 2 3 4 Determine the bond order of each of the molecules. NF bond order:     NF+ bond order:     NF− bond order:     Classify each molecule according to its magnetic properties.   Diamagnetic                        Paramagnetic   Answer Bank NF NF+ NF−

Principles of Modern Chemistry
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter6: Quantum Mechanics And Molecular Structure
Section: Chapter Questions
Problem 19P: Predict the valence electron configuration and the total bond order for the molecule S2 , which...
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Use molecular orbital theory to complete the ground state electron configuration for each of the molecules.

Molecule Ground state electron configuration
NF (σ1s)(σ1s*)(σ2s)(σ2s*)(π2p)(σ2p)(π2p*)
NF+ (σ1s)(σ1s*)(σ2s)(σ2s*)(π2p)(σ2p)(π2p*)
NF− (σ1s)(σ1s*)(σ2s)(σ2s*)(π2p)(σ2p)(π2p*)
 
 
Answer Bank
0
1
2
3
4
Determine the bond order of each of the molecules.
NF bond order:
 
 
NF+ bond order:
 
 
NF− bond order:
 
 
Classify each molecule according to its magnetic properties.
 
Diamagnetic                        Paramagnetic
 
Answer Bank
NF
NF+
NF−
 
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