During the formation of ester bond, which of the following takes place? O a. Hydroxyl group is lost from carbonyl group on glycerol and a hydrogen atom is lost from the hydroxyl group on fatty acid Ob Hydroxyl group is lost from carboxyl group on glycerol and a hydrogen atom is lost from the hydroxyl group on fatty acid Oc Hydrogen atom is gained from the hydroxyl group on glycerol and a hydroxyl group is lost from the carbonyl group on fatty acid Od. Hydrogen atom is lost from the hydroxyl group on glycerol and a hydroxyl group is lost from the carboxyl group on fatty acid Oe Hydroxyl group is lost from carboxyl group on glycerol and a hydrogen atom is lost from carboxyl group of one fatty acid

During the formation of ester bond, which of the following takes place? O a. Hydroxyl group is lost from carbonyl group on glycerol and a hydrogen atom is lost from the hydroxyl group on fatty acid Ob Hydroxyl group is lost from carboxyl group on glycerol and a hydrogen atom is lost from the hydroxyl group on fatty acid Oc Hydrogen atom is gained from the hydroxyl group on glycerol and a hydroxyl group is lost from the carbonyl group on fatty acid Od. Hydrogen atom is lost from the hydroxyl group on glycerol and a hydroxyl group is lost from the carboxyl group on fatty acid Oe Hydroxyl group is lost from carboxyl group on glycerol and a hydrogen atom is lost from carboxyl group of one fatty acid

Biology (MindTap Course List)

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter3: The Chemistry Of Life: Organic Compounds

Section: Chapter Questions

Problem 5TYU: A monosaccharide designated as an aldehyde sugar contains (a) a terminal carboxyl group (b) an...

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A monosaccharide designated as an aldehyde sugar contains (a) a terminal carboxyl group (b) an internal carboxyl group (c) a terminal carbonyl group (d) an internal carbonyl group (e) a terminal carboxyl group and an internal carbonyl group
The synthetic process by which monomers are covalently linked is (a) hydrolysis (b) isomerization (c) condensation (d) glycosidic linkage (e) ester linkage
Figure 2.17 Fatty acids. Double bonds in the tails are highlighted in red. A. The tail of stearic acid is fully saturated with hydrogen atoms. B. Linoleic acid, with two double bonds, is unsaturated. The first double bond occurs at the sixth carbon from the end of the tail, so linoleic acid is called an omega-6 fatty acid. Omega-6 and C. omega-3 fatty acids are essential fatty acids, which means your body does not make them and they must come from food. D. The hydrogen atoms around the double bond in oleic acid are on the same side of the tail. Most other naturally occurring unsaturated fatty acids have these cis bonds. E. Hydrogenation creates abundant trans bonds, with hydrogen atoms on opposite sides of the tail. Figure It Out: Are the double bonds in linolenic acid cis or trans?
The surface of the eye is wet by tears, and to minimize evaporation, the tear layer is coated with lipids. One of these lipids is built from oleic acid and a 32-carbon fatty acid that has a double bond between carbons 9 and 10 and a hydroxyl group attached to the omega carbon. The carboxyl group of oleic acid condenses with the hydroxyl group in the longer lipid. Draw the structure of the reaction product. It’s OK to draw a condensed structure.
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Which of the following substituents are listed in correct order of priority from highest to lowest (line indicates bond to alkyl C)? A. I–, H–, Cl–, Br– B. H–, CH3 –, CH3-CH2–, Br– C. Br–, I–, F–, OH– D. Br–,CH3-CH2–, CH3 –, H– E. H–, OH–, CH3–, Br–
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