Draw the sugar below in its open-chain form: он HOCH2- он но. -OH Use the wedge/hash bond tools to indicate stereochemistry where it exists. Do not draw the open-chain form as a Fischer projection.

Chemistry
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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
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Drawing sugars to and from fischer projections

**Activity: Drawing Sugars in Open-Chain Form**

**Instructions:**

You are required to draw the sugar molecule depicted in its open-chain form. Refer to the structure provided at the top of this page.

**Guidelines:**

- Utilize the wedge/hash bond tools to clearly indicate stereochemistry where applicable.
- Ensure that the open-chain form is not represented as a Fischer projection.

**Diagram Area:**

In the space below, use the ChemDoodle tool to draft your open-chain sugar structure. 

Controls include options for:

- Adding bonds and atoms
- Customizing molecular structures
- Adjusting stereochemistry  

Use these tools to accurately replicate the molecular configuration, focusing on the correct linear form of the sugar rather than a cyclic form. 

Once done, save and submit your drawing for review.

**Support:**

- For additional help, click the green question mark in the ChemDoodle interface.
- You may also contact your instructor via email using the provided button.

After completion, navigate through the activity using the Previous and Next buttons as needed.
Transcribed Image Text:**Activity: Drawing Sugars in Open-Chain Form** **Instructions:** You are required to draw the sugar molecule depicted in its open-chain form. Refer to the structure provided at the top of this page. **Guidelines:** - Utilize the wedge/hash bond tools to clearly indicate stereochemistry where applicable. - Ensure that the open-chain form is not represented as a Fischer projection. **Diagram Area:** In the space below, use the ChemDoodle tool to draft your open-chain sugar structure. Controls include options for: - Adding bonds and atoms - Customizing molecular structures - Adjusting stereochemistry Use these tools to accurately replicate the molecular configuration, focusing on the correct linear form of the sugar rather than a cyclic form. Once done, save and submit your drawing for review. **Support:** - For additional help, click the green question mark in the ChemDoodle interface. - You may also contact your instructor via email using the provided button. After completion, navigate through the activity using the Previous and Next buttons as needed.
**Task: Draw the Sugar in its Cyclic Beta-Hemiacetal Form**

1. **Structure Shown**: 
   - **Molecular Structure**: Open-chain form of a sugar with hydroxyl groups.
   - **Chemical Groups**:
     - Two terminal CH₂OH groups.
     - Carbonyl group (C=O).
     - Hydroxyl groups (OH) attached to intermediate carbons.
   
2. **Instructions**:
   - Use wedge/hash bonds to show stereochemistry if applicable.
   - Omit explicit hydrogen (H) atoms from drawing unless necessary.
   - Do not use wedges or hashed bonds on achiral groups.
   - Exclude lone pairs; they are not required for grading.
   - Utilize a "flat" representation of any rings drawn.

3. **Tools Available**:
   - Drawing tools include line, ring, and bond-type selectors to accurately depict molecular structure.
   
4. **Interface Features**:
   - Includes basic draw, select, and eraser tools.
   - Copy, paste, and zoom options for easy manipulation.
   - “Save and Exit” for progress preservation.

**Objective**: Use available tools to illustrate the specified sugar in its beta-hemiacetal form, adhering to given conventions for chemical drawings.
Transcribed Image Text:**Task: Draw the Sugar in its Cyclic Beta-Hemiacetal Form** 1. **Structure Shown**: - **Molecular Structure**: Open-chain form of a sugar with hydroxyl groups. - **Chemical Groups**: - Two terminal CH₂OH groups. - Carbonyl group (C=O). - Hydroxyl groups (OH) attached to intermediate carbons. 2. **Instructions**: - Use wedge/hash bonds to show stereochemistry if applicable. - Omit explicit hydrogen (H) atoms from drawing unless necessary. - Do not use wedges or hashed bonds on achiral groups. - Exclude lone pairs; they are not required for grading. - Utilize a "flat" representation of any rings drawn. 3. **Tools Available**: - Drawing tools include line, ring, and bond-type selectors to accurately depict molecular structure. 4. **Interface Features**: - Includes basic draw, select, and eraser tools. - Copy, paste, and zoom options for easy manipulation. - “Save and Exit” for progress preservation. **Objective**: Use available tools to illustrate the specified sugar in its beta-hemiacetal form, adhering to given conventions for chemical drawings.
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