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Enzymes make life possible on earth by carrying out various activities and chemicals in the body. These are simply biocatalysts. These are specifically for particular substrates and reactions

The enzyme amylase breaks glycosidic linkages between glucose monomers only when they are present in alpha form.So, they can easily break the bond between glycogen, starch, and amylopectin, which are polymers of glucose and are used as storage polysaccharides in plants.

Thus, the option is correct.

Cellulose does not contain alpha glycosidic linkage. It contains a beta glucose unit, and thus amylase is not able to break this linkage. Although there is no problem with glycogen as it contains alpha bonds but cellulose in this option makes it incorrect. Cellulose is present in the cell wall of plants.

Thus, the option is incorrect.

Chitin stands second in the list of compounds known for its abundance. It is a polymer that is composed of beta (1,4 acetylglucosamine) as repeating units. It cannot be degraded by amylase.

Thus, the option is incorrect.

In this option, starch linkage can be broken down with the help of amylase, as it contains an alpha bond of glucose, but chitin and cellulose cannot be hydrolyzed with the help of an enzyme called amylase.

Thus, the option is incorrect.