22. Using propene and bromo-ethane as the only sources of carbon and using any reaction conditions covered so far in this course; propose a synthesis of 2Z-pentene. As shown below. NOTE: This may take more than one step. Your final answer must be indicated as a forward progressing synthesis scheme. + Br ? CHEM 241-Group10.

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**Problem Statement: Synthesis of 2Z-Pentene**

**Objective**:
Using propene and bromoethane as the only sources of carbon and utilizing any reaction conditions covered so far in this course, propose a synthesis of 2Z-pentene. 

**Instructions**:
- This synthesis may require more than one step.
- Your final answer must be presented as a forward progressing synthesis scheme. 

**Chemical Equations**:
1. Propene molecule (CH₂=CH-CH₃)
2. Bromoethane molecule (CH₃CH₂Br)
3. Product: 2Z-pentene (CH₃CH=CHCH₂CH₃)

**Note**: Consider all possible reaction mechanisms and intermediates to achieve the final product.

---

**Task**: Devise a step-by-step reaction pathway using the given reagents to synthesize the desired alkene, ensuring the correct stereochemistry (Z-configuration) in the final product.
Transcribed Image Text:**Problem Statement: Synthesis of 2Z-Pentene** **Objective**: Using propene and bromoethane as the only sources of carbon and utilizing any reaction conditions covered so far in this course, propose a synthesis of 2Z-pentene. **Instructions**: - This synthesis may require more than one step. - Your final answer must be presented as a forward progressing synthesis scheme. **Chemical Equations**: 1. Propene molecule (CH₂=CH-CH₃) 2. Bromoethane molecule (CH₃CH₂Br) 3. Product: 2Z-pentene (CH₃CH=CHCH₂CH₃) **Note**: Consider all possible reaction mechanisms and intermediates to achieve the final product. --- **Task**: Devise a step-by-step reaction pathway using the given reagents to synthesize the desired alkene, ensuring the correct stereochemistry (Z-configuration) in the final product.
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