The D-Glucose‘s muta rotation example is given,now need help to draw D-Frutcose’s mutarotation (need to be exactly the same as the example,also explain the mechanism what is mutarotation ?what happen in mutarotation?)

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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The D-Glucose‘s muta rotation example is given,now need help to draw D-Frutcose’s mutarotation (need to be exactly the same as the example,also explain the mechanism what is mutarotation ?what happen in mutarotation?)
**Example: Mutarotation (Cyclization of Sugar in Aqueous Solutions)**

- **D-Glucose Linear Structure:**  
  - H-C=O
  - H-C-OH
  - OH-C-H
  - H-C-OH
  - H-C-OH
  - H-C-OH
  - CH2OH

- **Cyclization Process:**
  - The linear form of D-Glucose undergoes cyclization, where the hydroxyl group on carbon 5 attacks the carbonyl group, forming a six-membered ring (pyranose).
  
- **Mutarotation Forms:**
  - **β-form (66%):**
    - A six-membered ring structure with the hydroxyl group on carbon 1 and carbon 2 facing up.
   
  - **α-form (33%):**
    - Another six-membered ring structure where the hydroxyl group on carbon 1 faces down.

**Note:** Carbon 5 determines whether the D-Glucose is in D or L configuration.

**Task:**
Now draw D-Fructose's mutarotation, and explain the mutarotation.
Transcribed Image Text:**Example: Mutarotation (Cyclization of Sugar in Aqueous Solutions)** - **D-Glucose Linear Structure:** - H-C=O - H-C-OH - OH-C-H - H-C-OH - H-C-OH - H-C-OH - CH2OH - **Cyclization Process:** - The linear form of D-Glucose undergoes cyclization, where the hydroxyl group on carbon 5 attacks the carbonyl group, forming a six-membered ring (pyranose). - **Mutarotation Forms:** - **β-form (66%):** - A six-membered ring structure with the hydroxyl group on carbon 1 and carbon 2 facing up. - **α-form (33%):** - Another six-membered ring structure where the hydroxyl group on carbon 1 faces down. **Note:** Carbon 5 determines whether the D-Glucose is in D or L configuration. **Task:** Now draw D-Fructose's mutarotation, and explain the mutarotation.
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