Q.3. Question: Classifying a carbon a... [FREE SOLUTION]

Chapter 3: Q.3. (page 91)

Question: Classifying a carbon atom by the number of carbons to which it is bonded can also be done in more complex molecules that contain heteroatoms. Classify each hybridized carbon atom in bilobalide, a compound isolated from Ginkgo biloba extracts, as $1^{0}$ , $2^{0}$ , $3^{0}$ , or $4^{0}$ .
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Classification of carbon atoms in a compound

The classification of carbon atoms into $1^{0}$ , $2^{0}$ , role="math" localid="1648126758647" $3^{0}$ and $4^{0}$ carbons are as follows:

The $1^{0}$ carbon has one carbon atom attached.
The $2^{0}$ carbon has two carbon atoms attached.
The $3^{0}$ carbon has three carbon atoms attached.
The $4^{0}$ carbon has four carbon atoms attached.

The only $s p^{3}$ hybridized carbon atom can have the above classification.

Classification of carbon atoms in Bilobalide

The $1^{0}$ ,localid="1648126967983" $2^{0}$ , $3^{0}$ and $4^{0}$ carbon are shown in the structure of bilobalide as:

Classification of carbon atoms

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Classification of carbon atoms in a compound

Classification of carbon atoms in Bilobalide

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91影视

Question: Classifying a carbon atom by the number of carbons to which it is bonded can also be done in more complex molecules that contain heteroatoms. Classify each hybridized carbon atom in bilobalide, a compound isolated from Ginkgo biloba extracts, as 10,20,30, or 40.Answer

Short Answer

Step by step solution

Classification of carbon atoms in a compound

Classification of carbon atoms in Bilobalide

One App. One Place for Learning.

Most popular questions from this chapter

Recommended explanations on Chemistry Textbooks

Physical Chemistry

Ionic and Molecular Compounds

Inorganic Chemistry

Kinetics

Organic Chemistry

Making Measurements

Study anywhere. Anytime. Across all devices.