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Good day, the topic is about molecular orbital diagram.
00:04
This diagram shows the distribution of electrons in the molecules in their molecular orbitals.
00:09
The molecular orbital diagram will involve this.
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We will apply this to find the highest occupied molecular orbital, that's h -o -m -o, for the heteronuclear diatomic molecule, oxygen, monofluorite, which contains one oxygen and one fluorine atoms.
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We note that oxygen having six, having eight electrons, has the following electron configuration.
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And for fluorine that has nine electrons has the following electron configuration.
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We will distribute this in their respective atomic orbitals.
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So for this section here, we have the o and this is for fluorine.
00:53
So for 1s of oxygen, we have two electrons.
00:58
That's because 1s2.
00:59
2s2 means two electrons in 2s orbital.
01:03
And 2p4 for oxygen means we have 1, 2, 3, 4 electrons in 2 p.
01:12
We will also do the same for effluorine.
01:15
We have 1 2 because that's 1s2...