Which of the following compounds can undergo elimination reaction to form an alk

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Question: Which of the following compounds can undergo elimination reaction to form an alkene?

Options:

Correct Answer: 2-chloropropane

Solution:

2-chloropropane can undergo elimination to form propene, while the others are less favorable for elimination.

Which of the following compounds can undergo elimination reaction to form an alkene?

Which of the following compounds can undergo elimination reaction to form an alkene?

Correct Answer: 2-chloropropane

Step 1: Understand what an elimination reaction is. It is a chemical reaction where two atoms or groups are removed from a molecule, resulting in the formation of a double bond (alkene).
Step 2: Identify the compounds given in the question. Look for the one that has a good leaving group (like a halogen) and is capable of forming a double bond.
Step 3: Analyze 2-chloropropane. It has a chlorine atom that can leave, and when it does, the remaining carbon atoms can form a double bond, creating propene.
Step 4: Check the other compounds. Determine if they have a good leaving group and if they can form a double bond when that group leaves.
Step 5: Conclude that 2-chloropropane is the best candidate for elimination to form an alkene, while the other compounds are less favorable for this reaction.

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