**Synthesis Practice (63-72)**Please attach additional pages as needed for your solutions to these problems. Keep in mind that the answer on the key is not the only possible synthesis. I will be happy to evaluate the ones that are submitted upon request if they differ from mine. **Extra Practice: Draw the Indicated Alpha or Beta Haworth Projections**The image provides a practice exercise for drawing alpha and beta Haworth projections from Fischer projections of carbohydrates. Below are the details of the components present in the image:1. **Top Row:** - **Left Diagram:** - **Fischer Projection:** A linear diagram with CHO (aldehyde group at top), hydroxyl groups (OH) alternating with hydrogen atoms (H) on the sides, and CH2OH at the bottom. - **Arrow:** Points upward from Fischer to Haworth projection. - **Haworth Projection:** A cyclic structure labeled beta. The cyclic form shows the OH groups and H atoms around the carbon ring. - **Right Diagram:** - **Fischer Projection:** Similar structure with CHO at top, alternating OH and H groups, and CH2OH at the bottom. - **Arrow:** Points upward to another Haworth projection. - **Haworth Projection:** A cyclic structure labeled alpha with similar elements as the beta form but differing in orientation of specific hydroxyl groups.2. **Bottom Row:** - Same structures are repeated to further practice the conversion from Fischer to Haworth projections, emphasizing the stereochemistry (alpha or beta form).This exercise reinforces understanding of carbohydrate stereochemistry, particularly the conversion between different structural representations.

Carbohydrates are the component of food. They are also called sugars. Aldohexoses are the…

Please attach additional pages as needed for your solutions to these problems. Keep in mind that the answer on the key is not the only possible synthesis. I will be happy to evaluate the ones that are submitted upon request if they differ from mine. O ok to use phenol ОН H. Br HO

Please attach additional pages as needed for your solutions to these problems. Keep in mind that the answer on the key is not the only possible synthesis. I will be happy to evaluate the ones that are submitted upon request if they differ from mine. O ok to use phenol ОН H. Br HO

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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**Synthesis Practice (63-72)**

Please attach additional pages as needed for your solutions to these problems. Keep in mind that the answer on the key is not the only possible synthesis. I will be happy to evaluate the ones that are submitted upon request if they differ from mine.

**Extra Practice: Draw the Indicated Alpha or Beta Haworth Projections**

The image provides a practice exercise for drawing alpha and beta Haworth projections from Fischer projections of carbohydrates. Below are the details of the components present in the image:

1. **Top Row:**

- **Left Diagram:**
- **Fischer Projection:** A linear diagram with CHO (aldehyde group at top), hydroxyl groups (OH) alternating with hydrogen atoms (H) on the sides, and CH2OH at the bottom.
- **Arrow:** Points upward from Fischer to Haworth projection.
- **Haworth Projection:** A cyclic structure labeled beta. The cyclic form shows the OH groups and H atoms around the carbon ring.

- **Right Diagram:**
- **Fischer Projection:** Similar structure with CHO at top, alternating OH and H groups, and CH2OH at the bottom.
- **Arrow:** Points upward to another Haworth projection.
- **Haworth Projection:** A cyclic structure labeled alpha with similar elements as the beta form but differing in orientation of specific hydroxyl groups.

2. **Bottom Row:**

- Same structures are repeated to further practice the conversion from Fischer to Haworth projections, emphasizing the stereochemistry (alpha or beta form).

This exercise reinforces understanding of carbohydrate stereochemistry, particularly the conversion between different structural representations.

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