What is the major product of the shown reaction ? Li, ND3 ND2 D D CEC DD D C Deuterium (chemical symbol - D) is a heavy isotope of hydrogen. O2 A O3. D OA this reaction will not happen as shown 5. C D.

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**Question: What is the major product of the shown reaction?**

**Reaction:**
- Starting Material: 
  - Structure: A phenyl group (aromatic ring) attached to a carbon-carbon triple bond linked to another phenyl group.
  - Reagent: Li, ND₃ (Deuterated Ammonia).
- Products:
  - A: A phenyl group attached to a single deuterium (D) linked to a second phenyl group with an ND₂ group attached.
  - B: A phenyl group attached to a carbon, bonded to four deuterium atoms, linked to another phenyl group.
  - C: Two phenyl groups linked together with deuterium atoms at various positions.
  - D: A phenyl group with multiple deuterium atoms attached.

**Explanation:**
Deuterium (chemical symbol - D) is a heavy isotope of hydrogen.

**Options:**
1. B
2. A
3. D
4. This reaction will not happen as shown
5. C

**Analysis:**
- Assess the products formed in the reaction with Li and ND₃, focusing on which product aligns best with typical reaction pathways and mechanisms.

This exercise is aimed to test understanding of reaction mechanisms and prediction of major products through analytical determination.
Transcribed Image Text:**Question: What is the major product of the shown reaction?** **Reaction:** - Starting Material: - Structure: A phenyl group (aromatic ring) attached to a carbon-carbon triple bond linked to another phenyl group. - Reagent: Li, ND₃ (Deuterated Ammonia). - Products: - A: A phenyl group attached to a single deuterium (D) linked to a second phenyl group with an ND₂ group attached. - B: A phenyl group attached to a carbon, bonded to four deuterium atoms, linked to another phenyl group. - C: Two phenyl groups linked together with deuterium atoms at various positions. - D: A phenyl group with multiple deuterium atoms attached. **Explanation:** Deuterium (chemical symbol - D) is a heavy isotope of hydrogen. **Options:** 1. B 2. A 3. D 4. This reaction will not happen as shown 5. C **Analysis:** - Assess the products formed in the reaction with Li and ND₃, focusing on which product aligns best with typical reaction pathways and mechanisms. This exercise is aimed to test understanding of reaction mechanisms and prediction of major products through analytical determination.
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