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Question: Label each carbon atom with the appropriate geometry. –Free Chegg Question Answer

 Label each carbon atom with the appropriate geometry.

Transcribed text From Image:  Label each carbon atom with the appropriate geometry.

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Answer:

Answer

Step-by-step

Step 1 of 2

The hybridizations of each carbon in the molecule are as follows

Sp3
sp3
sp
sp
CH

Explanation | Common mistakes

If the carbon has 4 single bonds, then the hybridization is {\rm{s}}{{\rm{p}}^3}sp3 . If the carbon has one double bond and two single bonds, then hybridization is {\rm{s}}{{\rm{p}}^2}sp2 . If the carbon has one triple bond or two double bonds, then the hybridization is {\rm{sp}}sp .

Step 2 of 2

The geometry at all the carbon atoms is as follows:

Trigonal planar
CH2
Trigonal planar
CH
Tetrahedral
CН2
Tetrahedral
СH>
C
Linear
Linear
CH

Thus, the geometry of each carbon atoms is as follows:

Trigonal planar
CH2
Trigonal planar
CH
Tetrahedral
CН2
Tetrahedral
СH>
C
Linear
Linear
CH

Explanation

The geometry at all the {\rm{s}}{{\rm{p}}^3}sp3 hybridized carbon atoms is tetrahedral. The geometry at all the {\rm{s}}{{\rm{p}}^2}sp2 hybridized carbon atoms is trigonal planar and the geometry at all the {\rm{sp}}sp hybridized carbon atoms is linear.

Answer

Thus, the geometry of each carbon atoms is as follows:

Trigonal planar
CH2
Trigonal planar
CH
Tetrahedral
CН2
Tetrahedral
СH>
C
Linear
Linear
CH


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