Are the monosaccharides below enantiomers? f not, edit either molecule so that they are enantiomers. You may change them any way you like, as long as both drawings remain Fischer projections of monosaccharides with 6 or fewer carbons. f the two molecules are already enantiomers, check the No changes needed box below the drawing area.

a. D-(+)-mannose is a diastereomer of glucose that is important in protein glycosylation. Find the Fischer projection of D-(+)-mannose in your textbook (Chapter 23), and draw it very clearly below. b. Draw a box around the chiral center furthest from the aldehyde/ketone. (This is the carbon which can be used to determine whether the carbohydrate is D- or L-.) c. Clearly label each of the chiral centers on D-(+)-mannose with its correct (R) or (S) configuration. d. D-(+)-mannose has two different Haworth projections-one that is a and one that is ß. Draw both Haworth projections for D-(+)-mannose, and label each as either a or B. e. In addition to Benedict's test, several other chemical tests can provide information about the type(s) of carbohydrate present in a given solution. These include Barfoed's test, Seliwanoff's test, and Bial's test. Use the internet to research what each test's possible results are, and what those results tell you about the carbohydrate's structure. Note: You…

Question 3

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