9.8 Propose a synthesis of the compound shown below from the indicated starting material. Show intermediates and all reagents. More than one step will be required. OH

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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**Problem 9.8: Synthesis Proposal**

**Objective:**
Propose a synthesis of the compound shown below from the indicated starting material. Show intermediates and all reagents. *Note: More than one step will be required.*

**Diagram Explanation:**

- The starting material is an alkyne, specifically an ethynyl group connected to an ethyl chain.
- The target compound is an alcohol featuring a secondary alcohol group attached to a butyl chain.

**Steps to Consider:**
The challenge involves converting the alkyne to the corresponding alcohol through a multi-step reaction sequence. Consider reactions like reduction, hydroboration-oxidation, or others suitable for alkyne-to-alcohol transformations. Each step should detail the intermediates and reagents used.

This transformation may require careful control of reaction conditions and selection of reagents to ensure the desired product is achieved with high specificity.
Transcribed Image Text:**Problem 9.8: Synthesis Proposal** **Objective:** Propose a synthesis of the compound shown below from the indicated starting material. Show intermediates and all reagents. *Note: More than one step will be required.* **Diagram Explanation:** - The starting material is an alkyne, specifically an ethynyl group connected to an ethyl chain. - The target compound is an alcohol featuring a secondary alcohol group attached to a butyl chain. **Steps to Consider:** The challenge involves converting the alkyne to the corresponding alcohol through a multi-step reaction sequence. Consider reactions like reduction, hydroboration-oxidation, or others suitable for alkyne-to-alcohol transformations. Each step should detail the intermediates and reagents used. This transformation may require careful control of reaction conditions and selection of reagents to ensure the desired product is achieved with high specificity.
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