complete the following paragraph to describe the energy and structural uses of s
ID: 141304 • Letter: C
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complete the following paragraph to describe the energy and structural uses of starch, glycogen, and cellulose. x Ch. 3 Homeworkx s//newconnect mheducation.com/flow/connect.html ework Complete the following paragraph to describe the energy and structural uses of starch, glycogen, and cellulose. Polymers composed of monosaccharides are formed through glucose unbranched form branched form exoskeletons cellulose giycogen . Specific forms of reactions and are called these polymers serve several different functions For instance, plants use in its asa way to store glucose, either . Called amylose, or its called as a way to store glucose. It typically exists in , and is stored in the liver Animals use These examples of polysaccharides function wel as storage molecules since they are arge and plasma membrane But storage is not the only function suted to polysaccharides in water, which prevents them from passing through the nscluble Plants use a polysacchande called This molecule is comprised of alternately fipped for increased support starch for structural support molecules that are Animals and tungi use theof insects and crustaceans and makes up tungal cell for structural support It's found in soluble chnin Bactena use- for structural support within their cell walls. polysacchardes peptidoglycan ResetExplanation / Answer
Polymers composed of monosaccharides are formed through dehydration reactions and are called Polysaccharides.
For instance, plants use starch as a way to store glucose, either in its unbranched form called amylose , or its branched form called amylopectin.
Animals use glycogen as a way to store glucose. It typically exists in a branched form and is stored in the liver.
These examples of polysaccharides function well as storage molecules since they are large and insoluble in water, which prevents them from passing through the plasma membrane. But storage is not the only function suited to polysaccharides.
Plants use a polysaccharide called cellulose for structural support. This molecule is comprised of glucose molecules that are alternately flipped for increased support.
Animals and fungi use chitin for structural support. It's found in the exoskeleton of insects and crustaceans and makes up fungal cell walls.
Bacteria use peptiodoglycon for structural support within their cell walls.
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