9L.5 Part BComplete this structure for open-chain D-glucose by replacing each X with either H or O-H.Complete the molecule by replacing each X with the appropriate atoms or groups of atoms.View Available Hint(s)OHHSubmitO00000000-I-HOHHResetHelp Part ACategorize each of the following carbohydrates as an aldopentose, aldohexose, or ketohexose.Drag the appropriate items to their respective bins.► View Available Hint(s)AldohexoseSubmitHO OHOHOCH₂CHCHCHCCH₂OHHOTagatoseHO OHOCH₂CHCHCHCHHO OHArabinoseAldopentoseHOCH₂CHCH-CHCHOHHO OH ОНRiboseHOHOCH₂CHCHCHCHOHO OH OHGlucoseKetohexoseResetHelp

Monosaccharides can be divided into aldoses and ketoses based on the functional group in them.Aldoses have an aldehyde group while ketoses have a kEtone group.Based on the number of carbon atoms in the monosaccharide, they can be divided into trioses, tetroses, pentoses, hexoses, etc. Pentoses have 5 carbon atoms in them while hexoses have 6 carbon atoms.Aldohexoses are monosaccharides with 6 carbons and an aldehyde group. Glucose has 6 carbons and an aldehyde group. Hence it is an aldohexose.Aldopentoses are monosaccharides with 5 carbons and an aldehyde group. Both arabinose and ribose have 5 carbons and an aldehyde group. Hence they are aldopentoses.Ketohexoses are monosaccharides with 6 carbons and a ketone group. Tagatose has 6 carbons and a ketone group. Hence it is a ketohexose.D-Glucose is the isomer of glucose with the chiral carbon farthest from the anomeric carbon having OH group on the right. Part APart B : The structure of D-Glucose is given below.