Chemistry HF MO: Why F Uses 2P for Bonding in HF Molecular Orbital Model

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Fluorine uses 2P orbitals for bonding in the HF molecular orbital model due to its electron configuration of 1S2 2S2 2P5. The filled 2S orbital does not participate in bonding, allowing the unpaired 2P electrons to form bonds. While hybridization is often discussed, it is not necessary to apply it to molecular orbital theory. In the context of HF bonding, the bonding electrons are primarily in the 2P orbital rather than in an SP3 hybridized state. Understanding the role of these orbitals is crucial for accurately describing the bonding in HF.
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Homework Statement
HF molecular orbital
Relevant Equations
HF molecular orbital
In figure. Why F use 2P rather than 2S to bonding in HF MO model.
圖片2.png
 
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What is the electron configuration of a free F atom?
 
Borek said:
What is the electron configuration of a free F atom?
1S2 2S2 2P5
 
Can you bond using suborbitals that are already filled?
 
chemisttree said:
Can you bond using suborbitals that are already filled?
OK i get it. I should never use hybridization to account for MO theory.
But wait . F become SP3 hybridization when bonding. Please tell me!
Which orbital does the bonding electron lie in F atom, SP3 or P orbital?
 
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