Correct answer: All of these
Explanation:
In hydrocarbons, carbon atoms exhibit tetravalency, meaning each carbon atom forms four covalent bonds. These can be arranged in different ways, giving rise to different types of hydrocarbons:
• Alkanes: Carbon forms four single bonds (e.g., CH₄ - methane).
• Alkenes: Carbon forms one double bond and two single bonds (e.g., C₂H₄ - ethene).
• Alkynes: Carbon forms one triple bond and one single bond (e.g., C₂H₂ - ethyne).
Hence, carbon can form all of these types of bonds in different hydrocarbons.
Complete the following reactions by writing the structure of the main products: