The image displays a set of four molecular structures, each representing a different hexose configuration. Below each structure, there is a box that can be checked, and there is also an option labeled "None of the above." **Molecular Structures:**1. **Structure 1:** - Contains an aldehyde group (H-C=O) at the top. - Features a carbon chain with alternating hydroxyl (OH) groups and hydrogens (H). - Ends with a CH₂OH group at the bottom.2. **Structure 2:** - Similar to Structure 1, with an aldehyde group (H-C=O) at the top. - Shows different orientation of hydroxyl groups along the carbon chain. - Ends with a CH₂OH group at the bottom.3. **Structure 3:** - Has an aldehyde group (H-C=O) at the top, like the others. - Different pattern of hydroxyl groups. - Ends with a CH₂OH group at the bottom.4. **Structure 4:** - Has a ketone group (CH₂OH-C=O) at the top. - Features hydroxyl groups similarly spaced down the chain. - Ends with a CH₃ group at the bottom.**Instruction:**- Check the box under each hexose that fits a certain criteria.- If none of the structures match the criteria, select "None of the above."Note: Users are encouraged to examine each structure carefully and decide based on the criteria provided in the educational context.

we have to select the structure that is a hexose

Answered: Check the box under each hexose.

Science

Chemistry

Check the box under each hexose.

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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Question

The image displays a set of four molecular structures, each representing a different hexose configuration. Below each structure, there is a box that can be checked, and there is also an option labeled "None of the above."

**Molecular Structures:**

1. **Structure 1:**
- Contains an aldehyde group (H-C=O) at the top.
- Features a carbon chain with alternating hydroxyl (OH) groups and hydrogens (H).
- Ends with a CH₂OH group at the bottom.

2. **Structure 2:**
- Similar to Structure 1, with an aldehyde group (H-C=O) at the top.
- Shows different orientation of hydroxyl groups along the carbon chain.
- Ends with a CH₂OH group at the bottom.

3. **Structure 3:**
- Has an aldehyde group (H-C=O) at the top, like the others.
- Different pattern of hydroxyl groups.
- Ends with a CH₂OH group at the bottom.

4. **Structure 4:**
- Has a ketone group (CH₂OH-C=O) at the top.
- Features hydroxyl groups similarly spaced down the chain.
- Ends with a CH₃ group at the bottom.

**Instruction:**
- Check the box under each hexose that fits a certain criteria.
- If none of the structures match the criteria, select "None of the above."

Note: Users are encouraged to examine each structure carefully and decide based on the criteria provided in the educational context.

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