How many of the following have all type of carbon atoms, i.e., (1^∘, 2^∘, 3^∘. and 4^∘ C-atoms)?

step 1 Hello, among the given four compounds have all the types of carbon atoms, like 1 degree, 2 degre

How many of the following have all type of carbon atoms,...

How many of the following have all type of carbon atoms, i.e., $\left(1^{\circ}, 2^{\circ}, 3^{\circ}\right.$ and $4^{\circ} \mathrm{C}$-atoms)?
(A)
<smiles>CC(C)(C)C1CCCCC1</smiles>
(B)
<smiles>CC(C)CC(C)C</smiles>
(C)
(D)

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Key Concepts

Carbon Atom Substitution

This concept deals with the classification of carbon atoms in organic molecules based on the number of other carbon atoms they are bonded to. A primary (1°) carbon is connected to one other carbon, a secondary (2°) to two, a tertiary (3°) to three, and a quaternary (4°) carbon to four. Understanding these differences is crucial for analyzing molecular structure and predicting reactivity.

Degree of Substitution

The degree of substitution refers to how many alkyl groups are attached to a given carbon atom. It plays an important role in determining the physical, chemical, and stereochemical properties of a molecule. A molecule that contains all types of substituted carbon atoms illustrates diverse environments, which can impact its reactivity and the mechanisms it undergoes during chemical reactions.

Structural Representation in Organic Chemistry

Structural representation, including notations like SMILES, is an essential tool in organic chemistry for depicting molecular structures. SMILES (Simplified Molecular Input Line Entry System) allows chemists to convey complex structural information quickly and unambiguously, facilitating the identification of functional groups and the analysis of carbon substitution patterns within a molecule.

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