1. evenly phipathic nonpolar hydrogen polar hydrophobic emulsion unevenly hydrophilic liver am Fats cannot dissolve in water because lipids contain a lot of covalent bonds. These bonds have electrons distributed. Water and hydrophilic molecules like glucose contain a lot of covalent bonds, resulting in electrons being distributed, and the molecule having partial charges. The partial charges enable the molecule to form bonds with other partially charged molecules like water. In addition to pancreatic juice, bile is also introduced to the duodenum. Bile is produced by the Bile salts are molecules, with hydroxyl groups (-OH) found on one side of the molecule, while the other side of the molecule lacks hydroxyl groups. These hydroxyl groups are able to make hydrogen bonds with water, making one side of the molecule . The side of the bile salt molecule that lacks hydroxyl groups is fats. Bile salts, therefore, bridge the interface of lipids and water, enabling small lipid droplets to and associates with remain in solution Thic io gollod or

Human Anatomy & Physiology (11th Edition)
11th Edition
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Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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QUESTION 9
1. evenly
nonpolar
hydrogen
polar
hydrophobic
unevenly
hydrophilic
liver
am
phipathic
emulsion
Fats cannot dissolve in water because lipids contain a lot of !
covalent bonds. These
bonds have electrons
distributed. Water and hydrophilic molecules like glucose
contain a lot of
covalent bonds, resulting in electrons being
distributed,
and the molecule having partial charges. The partial charges enable the molecule to
form
bonds with other partially charged molecules like water.
In addition to pancreatic juice, bile is also introduced to the duodenum. Bile is produced by
the
Bile salts are
molecules, with hydroxyl groups (-OH) found on one
side of the molecule, while the other side of the molecule lacks hydroxyl groups. These hydroxyl
groups are able to make hydrogen bonds with water, making one side of the molecule
. The side of the bile salt molecule that lacks hydroxyl groups is
fats. Bile salts, therefore, bridge the interface of lipids and water, enabling small lipid droplets to
and associates with
remain in solution. This is called an
Transcribed Image Text:QUESTION 9 1. evenly nonpolar hydrogen polar hydrophobic unevenly hydrophilic liver am phipathic emulsion Fats cannot dissolve in water because lipids contain a lot of ! covalent bonds. These bonds have electrons distributed. Water and hydrophilic molecules like glucose contain a lot of covalent bonds, resulting in electrons being distributed, and the molecule having partial charges. The partial charges enable the molecule to form bonds with other partially charged molecules like water. In addition to pancreatic juice, bile is also introduced to the duodenum. Bile is produced by the Bile salts are molecules, with hydroxyl groups (-OH) found on one side of the molecule, while the other side of the molecule lacks hydroxyl groups. These hydroxyl groups are able to make hydrogen bonds with water, making one side of the molecule . The side of the bile salt molecule that lacks hydroxyl groups is fats. Bile salts, therefore, bridge the interface of lipids and water, enabling small lipid droplets to and associates with remain in solution. This is called an
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