Question

Which of the following compounds can have a double bond?

A). C₄H₁₀
B). C₅H₈
C). C₅H₁₀

Answer 1

Out of the given compounds, C₅H₈ and C₅H₁₀ can potentially have a double bond.

Step-by-step explanation:

In order for a compound to have a double bond, it must contain two carbon atoms that are connected by a double covalent bond. Out of the given compounds, only C₅H₈ and C₅H₁₀ can potentially have a double bond.

Let's examine each compound:

2. C₄H₁₀ - This compound has 4 carbon atoms and 10 hydrogen atoms. It does not contain any double bonds.
4. C₅H₈ - This compound has 5 carbon atoms and 8 hydrogen atoms. It is possible for two of the carbon atoms to be connected by a double bond, resulting in a compound with a double bond.
6. C₅H₁₀ - This compound has 5 carbon atoms and 10 hydrogen atoms. It is also possible for two of the carbon atoms to be connected by a double bond, resulting in a compound with a double bond.

Therefore, both C₅H₈ and C₅H₁₀ can potentially have a double bond.