8. Write the main product for the following elimination reactions: o bb Br H. Et NaOCH3 MEOH/heat Pr NaOCH3 ÓTS MeOH/heat

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**Department of Chemistry/UNK**

**8. Write the main product for the following elimination reactions:**

1. Cyclohexane compound with substituents:
   - Br, H, Et (Ethyl), Pr (Propyl) 
   - Reacts with: NaOCH₃, MeOH/heat
   - → Product

2. Linear alkane with tosylate (OTs) group:
   - Reacts with: NaOCH₃, MeOH/heat
   - → Product

3. Branched alkane with tosylate (OTs) group:
   - Reacts with: KOtBu, HOtBu/heat
   - → Product

4. Bicyclic compound with Cl substituent:
   - Deuterium (D) indicated
   - Reacts with: NaOCH₃, MeOH/heat
   - → Product

---

Explanation of Diagram:

1. The first reaction features a cyclohexane ring with different substituents. The transformation involves elimination using sodium methoxide (NaOCH₃) in methanol with heat.

2. The second diagram is an alkane chain featuring a tosylate (OTs) leaving group, subjected to elimination under the same conditions.

3. The third structure is a branched alkane also with a tosylate group, eliminating with potassium tert-butoxide (KOtBu) in a tert-butanol (HOtBu) solvent with heat.

4. The final structure is a bicyclic compound with a chlorine substituent and a deuterium atom, eliminating under conditions similar to reaction one. 

These reactions generally form alkenes through the elimination of halides or tosylates.
Transcribed Image Text:Transcription of the Image: --- **Department of Chemistry/UNK** **8. Write the main product for the following elimination reactions:** 1. Cyclohexane compound with substituents: - Br, H, Et (Ethyl), Pr (Propyl) - Reacts with: NaOCH₃, MeOH/heat - → Product 2. Linear alkane with tosylate (OTs) group: - Reacts with: NaOCH₃, MeOH/heat - → Product 3. Branched alkane with tosylate (OTs) group: - Reacts with: KOtBu, HOtBu/heat - → Product 4. Bicyclic compound with Cl substituent: - Deuterium (D) indicated - Reacts with: NaOCH₃, MeOH/heat - → Product --- Explanation of Diagram: 1. The first reaction features a cyclohexane ring with different substituents. The transformation involves elimination using sodium methoxide (NaOCH₃) in methanol with heat. 2. The second diagram is an alkane chain featuring a tosylate (OTs) leaving group, subjected to elimination under the same conditions. 3. The third structure is a branched alkane also with a tosylate group, eliminating with potassium tert-butoxide (KOtBu) in a tert-butanol (HOtBu) solvent with heat. 4. The final structure is a bicyclic compound with a chlorine substituent and a deuterium atom, eliminating under conditions similar to reaction one. These reactions generally form alkenes through the elimination of halides or tosylates.
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