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The four major biochemical roles of carbohydrates are to store energy, transport that stored energy, build macromolecules, and serve as recognition or signaling for molecules that can trigger specific biological responses. Glycosidic linkages are monosaccharides that are covalently bonded through dehydration synthesis to form disaccharides, oligosaccharides, and polysaccharides. Disaccharides are single glycosidic linkages between two monosaccharides. Oligosaccharides are glycosidic linkages with several monosaccharides. Polysaccharides are large polymers of monosaccharides connected by glycosidic linkages. Lipids store energy in carbon to carbon and carbon to hydrogen bonds, play important structural roles in cell membranes and on body surfaces, and the fat in animal bodies serves as thermal insulation. Phospholipids are amphipathic because they are partially hydrophilic and partially hydrophobic, the head of the fatty acid is hydrophilic and the tails are hydrophobic. This forms a bilayer membrane because the phospholipids line up in a way that the hydrophilic head which has a negative charge will face outward in an aqueous solution and attract polar molecules and the tails which are hydrophobic avoid water and tend to aggregate together.

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The four main functions of carbohydrates are to provide energy, store that energy, build macromolecules, and spare protein and fat for later uses. An example of glycosidic linkage can be found in maltose. This is because two d-glycosidic residues are joined by a glycosidic linkage between the a-anomeric form of C-1 on one sugar and the hydroxyl oxygen atom on C-4 of the adjacent sugar. Within the body lipids function as an energy reserve, they regulate hormones and transmit nerve impulses. Phospholipids are ampithatic because in order to protect the cell, they have to form a selectively permeable wall. That’s why they have a hydrophilic and hydrophobic component.

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The four major biochemical roles of carbohydrates is that they store fats, provide energy, store energy, and build macromolecules. An example of glyosidic linkage is when multiple monomers link together to form a disaccharide. 3 roles of lipids in living organisms is to store fat, play important structural roles in cell membrane, and are a thermal insulation is animal bodies. Phospholipids are amphipathic because they contain ends that are hydrophobic and hydrophilic that result in a lipid bilayer membrane because the inside is hydrophobic and the outside is hydrophilic causes a non polar and polar attraction to water.

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The 4 major roles of carbohydrates are to store fats, give energy to living things, build macromolecules and serve as a recognition or signaling molecules. An example of  glycosidic linkage is in maltose because two d-glucose residues are joined by a glycosidic linkage between the α-anomeric form of C-1 on one sugar and the hydroxyl oxygen atom on C-4 of the adjacent sugar. 3 roles of lipids in living organisms is to store fat, store energy and to provide structure. Phospholipids are amphipathic because they have a hydrophilic, polar phosphate head and two hydrophobic fatty acid tails.

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The four major roles of carbohydrates is that it stores energy, transports that stored energy, they function as structural molecules, and serve as recognition or signaling molecules. An example of a glycosidic linkage is when monomers link and come together to create disaccharide. The roles of lipids in living organisms are fats, oils, steroids, and waxes founded in living organisms. Phospholipids are amphipathic molecules. These molecules contain hydrophilic, polar, phosphate head and 2 hydrophobic fatty acid tails. The components for this form lipids bilayer membrane since the ends form bonds.

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The 4 major roles of carbohydrates are to store fats, build macromolecules, give energy to living organisms, and also save energy. An example of a glycosidic linkage is when a glucose molecule and a fructose molecule come together to form Sucrose which is a disaccharide. Lipids are used to store energy in the C-C and C-H bonds, store fat to serve as thermal insulation, and provide structure in the cell membrane and on body surfaces. Phospholipids are amphipathic because they contain a molecule is both hydrophilic and hydrophobic. They are also considered amphipathic because a phosphate-containing compound replaces one of the fatty acids.

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The four major biochemical roles of carbohydrates is that they provide energy, store energy, build macromolecules, and spare protien and fat. An example of glycosidic linkage is when monomers link to form a disaccharide. The 3 roles of lipid in living organisms is cell membrane, energy storehouses, and signaling molecules.

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The four major biochemical roles of carbohydrates

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The four major roles of carbohydrates are that they give energy to living organisms, they save energy, store fats, and build up macromolecules. One example of glycosidic linkage is when monomers link and come together to form disaccharide. The three roles of lipids in living organisms is fats, oils, steroids and waxes that are found in living organisms. phospholipids are amphipathic molecules. They have a hydrophilic, polar, phosphate head and 2 hydrophobic fatty acid tails. These components form a lipid bilayer membrane because the ends will create bonds.

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1) The four major biochemical roles is of carbohydrates is:
- 'They stored energy"
- "They're used to transport stored energy"
- "They function as structural molecules"
( page 27 )
- They serve as recognition or signaling molecules
2) One example of a glycosidic linkage is a Oligosaccharides this glycosidic linkage are covalently bonded to proteins and ;lipids on the outer surface of the cells. They're there to serve as  recognition signals.
3) Three roles of lipids in living organisms is:
- "They store energy in the C-C and C-H bonds"
- "They play very important structural roles in the cell membrane as well as body surfaces, because their non polar nature makes them insoluble to water."
- "Fat in animal bodies serves as thermal insulation"
( page 29 )
4) Phospholipids are amphipathic because it contains partly hydrophobic and hydrophilic. This results as a lipid bilayer membrane because phospholipids line up that the non polar, hydrophobic "tails"  pack tightly together & the phosphate the contains the " heads"
this is where they interact with water. With no covalent bonds link individual lipids the large aggregations, the stable aggregation form readily.

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the four major roles of carbo. are they give energy to organisms, they save energy and store fats and build  macromolecules. when monomers link together and continue linking together to form disaccharide, that one example of glycosidic. 3 roles of lipids in living organisms are they store energy, are important to signaling molecules and they are structural components in the cell membrane. Phospholipids are amphipathic molecules. they have a hydrophilic, polar phosphate head and 2 hydrophobic fatty acid tails. These components of the phospholipids cause them to orientate themselves, so the phosphate head can interact with water and the fatty acid tails can't, forming a bilayer

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The functions of carbohydrates are to give energy to organisms, build macromolecules, store fats, and save energy. An example of glycosidic linkage is when monomers link together to form a disaccharide. Lipids offers long term energy storage unlike carbohydrates. They also

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the four major roles of carbohydrates are that they give energy for living organisms, they save energy, store fats and build up macromolecules. One example of glycosidic linkage is monomers liking and coming together to form disaccharide. The three roles of lipids in living organisms is fats, oils, steroids and waxes found in living organisms. Phospholipids amphipathic because they have ends that are hydrophillic and hydrophobic and this results in a lipid bilayer membrane because the ends will create bonds with what they are attracted to.

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The four major roles of carbohydrates are that they provide energy for organisms,they store energy, store fats and build up macromolecules. An example of a glycosidic linkage is when the monosaccarides glucose and fructose come together to form the disaccharide sucrose. 3 roles of lipids in living organism is storing energy in their cc and ch bonds. They serve as thermal insulation in animals. Lastly they have important structural roles on body surfaces and cell membranes. Phospholipids are amphipathic because they have an end thats hydrphobic and an end thats hydrophillic. This results in a bilayer membrane because the ends will create bonds with what theyre attracted to and will have a layer because the hydrophobic side will not mix with water so theirs a layer in between both ends.

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Four major roles of carbohydrates are to provide energy for the body, store energy, build macromolecules, and spare protein and fat so they can be used for other things. One example of a glycoside linkage is monomers linking together to form a disaccharide. Lipids roles in living organisms is to store energy for the body. Phospholipids are amphipathic because they have a phosphate to replace on of the fatty acids which causes them to hydrophobic and hydrophilic. This results in a lipid bilayer membrane because since the core hydrophobic and the outside hydrophilic and it's the non polar and polar attraction with water causes the lipid bilayer.

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Carbohydrates have four major roles which consists of them being a source of energy storage, a source of the transportation of stored energy, a source of recognition, signaling molecules that trigger specific biological reactions and they function as structural molecules that give many organisms their shape. A glycosidic linkage can consist of disaccharides, oligosaccharides or polysaccharides. Disaccharides are single glycosidic linkages between two monosaccharides, while a oligosaccharides are multiple glycosidic linkages that are often times covalently bonded to proteins and lipids. However, a polysaccharide is a large polymer of monosaccharides that are also connected by glycosidic links yet they are not exactly linear since each unit has several sites that are capable of forming linkages. In organisms lipids store energy in the C-C and C--H bonds, play important structural roles in cell membranes and body surfaces since they are non polar meaning they are insoluble in water and lastly the fat in animal bodies serve as thermal insulation. Phospholipids are amphipathic because they partly hydrophilic and hydrophobic.  The phospholipids form a lipid bilayer membrane since the phosphate functional group has a negative charge so the hydrophilic portion attracts polar water molecules meaning that in an aqueous environment, phospholipids would line up where the tails which is the non polar or hydrophobic portion is packed tightly to the polar or hydrophilic portion when they interact with water forming a lipid bilayer membrane.