What kind of reaction does the figure have and what does it produce(s)?

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
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What kind of reaction does the figure have and what does it produce(s)?

The image illustrates a chemical reaction involving two hexagonal molecules. Each molecule features a hydroxyl group (OH) attached, depicted with red and blue coloring.

Top Section:
- Two identical hexagonal molecules are shown.
- The left molecule is connected to an OH group (red).
- The right molecule is connected to an OH group (blue).
- The two molecules are separated by a plus sign, indicating that they are reactants.

Middle Section:
- An arrow points downward, indicating the progression of the reaction.

Bottom Section:
- Two hexagonal molecules are shown joined by a single oxygen atom (O), forming an ether linkage.
- Below this newly formed compound, water (H₂O) is depicted with the hydrogen (H) atoms in red and blue and the oxygen (O) atom in blue.
- The overall reaction demonstrates a dehydration synthesis where the OH groups have combined to release water and form the ether linkage between the hexagonal structures.
Transcribed Image Text:The image illustrates a chemical reaction involving two hexagonal molecules. Each molecule features a hydroxyl group (OH) attached, depicted with red and blue coloring. Top Section: - Two identical hexagonal molecules are shown. - The left molecule is connected to an OH group (red). - The right molecule is connected to an OH group (blue). - The two molecules are separated by a plus sign, indicating that they are reactants. Middle Section: - An arrow points downward, indicating the progression of the reaction. Bottom Section: - Two hexagonal molecules are shown joined by a single oxygen atom (O), forming an ether linkage. - Below this newly formed compound, water (H₂O) is depicted with the hydrogen (H) atoms in red and blue and the oxygen (O) atom in blue. - The overall reaction demonstrates a dehydration synthesis where the OH groups have combined to release water and form the ether linkage between the hexagonal structures.
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