Drag the labels to their appropriate locations in the diagram. • First, drag the labels of Group 1 to their respective targets to identify the types of sugars and the type of reaction shown. • Then drag the labels of Group 2 to their respective targets to identify the atoms, chemical groups, or molecules involved. Not all labels will be used. disaccharide monosaccharide dehydration reaction polysaccharide hydrolysis H2O OH H CO Submit Previous Answers Request Answer ) Pearson Education, Inc.
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Additionally, it asks for the identification of specific atoms, chemical groups, or molecules (like CH3OH, CHOH, HO, OH) involved in these processes. Let's break it down: ### Identifying Types of Sugars and Reaction Types ** Show more…
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This diagram shows a chemical reaction in which two glucose molecules combine to form a molecule of maltose. Drag the labels to their appropriate locations in the diagram. First, drag the blue labels onto the blue targets to identify the types of sugars and the type of reaction. Then drag the pink labels onto the pink targets to identify the atoms shown. Not all labels will be used for the chemical groups or molecules involved.
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Indicate the position of the following functional groups in the disaccharide drawn below [they may not all be present !!]. (a) primary alcohol (b) ether (c) secondary alcohol (d) acetal (e) aldehyde (f) tertiary alcohol (g) hemiacetal (h) ketone Indicate and classify the glycosidic link present. Draw the structures of the product monosaccharides obtained after hydrolysis of the above disaccharide.
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Draw It: Formation and Breakdown of a Disaccharide Let's start by building a disaccharide. In the space below, draw the molecular structure of two glucose molecules that then combine by dehydration synthesis to form a molecule of maltose. See Figure 2.14 in your text for the structure of glucose. Now let's do the opposite and break down a disaccharide: Start by drawing a sucrose molecule (see Figure 2.15 in your text for its structure) and a hydrolysis reaction, including the resulting glucose and fructose molecules.
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