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Free radicals can undergo...

Free radicals can undergo

A

rearrangement to a more stable free radical

B

decomposition to give another free radical

C

combination with other free radical

D

all are correct

Text Solution

AI Generated Solution

The correct Answer is:
**Step-by-Step Solution:** 1. **Understanding Free Radicals:** Free radicals are species that contain an unpaired electron. They are highly reactive due to their electron deficiency. 2. **Analyzing the Options:** - **Option A: Rearrangement to form a more stable free radical.** Free radicals do not undergo rearrangement like carbocations do. Therefore, this option is incorrect. - **Option B: Decomposition to give another free radical.** Free radicals do not typically decompose to form other free radicals. This option is also incorrect. - **Option C: Combination with other free radicals.** Free radicals can combine with other free radicals. This occurs through the sharing of their unpaired electrons, leading to the formation of a covalent bond. This option is correct. - **Option D: All are correct.** Since options A and B are incorrect, this option is also incorrect. 3. **Conclusion:** The only correct statement about the behavior of free radicals is that they can combine with other free radicals. Therefore, the correct answer is **Option C**. **Final Answer:** Free radicals can undergo combination with other free radicals. ---
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