A triglyceride requires __________(number) __________ reactions to separate the glycerol head from the __________ tails magnetic...
A triglyceride requires __________(number) __________ reactions to separate the glycerol head from the __________ tails
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magnetic
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nitrogen
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dehydration
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water
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hydrolysis
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carbohydrate
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1
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2
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3
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fatty acid
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protein
Homework Answers
3 number of Hydrolysis reactions to separate glycerol head from FATTY ACID tails.
Explanation.
Triglycerides are hydrolysed into glycerol and fatty acids. In body lipases carry out this hydrolysis reaction. Fatty acids are later transported via blood stream to serum albumin. Glycerol goes to liver where it is either sent to glycolytic patheway or to TCA Cycle
Add Answer to:
A triglyceride
requires __________(number) __________ reactions to separate the
glycerol head from the __________ tails
magnetic...
Question 5 Complete a reaction for the partial hydrogenation of the triglyceride from Question 4(a). Question...
Question 5 Complete a reaction for the partial hydrogenation of the triglyceride from Question 4(a). Question 6 Complete a reaction for the base catalyzed hydrolysis of the triglyceride from Question 4(b). Question 7 Show the structure of the wax that forms by reacting the fatty acid from Question 2 with 1-decanol. Queston 2 Holur- V Question 4 a) Show the structure of a mixed triglyceride that can form by reacting the three fatty acids from Questions 1, 2, and 3...
1. Imagine a triglyceride molecule is made from the following three fatty acids: a myristic acid,...
1. Imagine a triglyceride molecule is made from the following three fatty acids: a myristic acid, a palmitoleic acid, and an oleic acid. . Draw the structure of the triglyceride molecule described above by using line-angle formulas for the hydrocarbon tails. b. Write the saponification reaction of this triglyceride molecule in KOH solution to produce potassium soap. Use condensed structural formulas for the hydrocarbon tails. c. Write the condensed structural formula for two insoluble ionic compounds produced when this potassium...
Triglycerides can be broken down by hydrolysis reactions to glycerol and fatty acid chains in the...
Triglycerides can be broken down by hydrolysis reactions to glycerol and fatty acid chains in the digestive tract. Glycerol is easily converted to 1 phosphoglyceraldehyde also known as PGAL. Using your knowledge about how aerobic cellular respiration functions, explain how from this original glycerol molecule how many ATP’s are formed in this process. Make sure you include explanations where each ATP is made.
Chart below. Using the triglyceride that has been assigned to you, determine and present the foll...
the
following information for the Triaglycerol “Oleooleopalmityl
glycerol (Oleooleopalmitin)”
chart below. Using the triglyceride that has been assigned to you, determine and present the following information regarding the animal cell's ability to obtain energy from the triglyceride molecule. a. Total number of ATP's that could theoretically be obtained from a complete breakdown (hydrolysis of ester bonds and beta oxidation of each fatty acid [FA]) of the triglyceride. Be sure to follow the molecules through all pertinent aspects of glycolysis, Kreb's...
In the hydrolysis of triacylglycerol esters (TAE) known as saponification. 1 mole of triglyceride requires 3...
In the hydrolysis of triacylglycerol esters (TAE) known as saponification. 1 mole of triglyceride requires 3 moles of NaOH to produce 1 mole of glycerol and 3 molecule of soap ( Carboxylate salt). Start with Mass of vegetable oil: 5.007 g Mass of NaOH : 5.008g Question:1. Determine the limiting reactant. Show the work 2. What is the percent yield of product? ( Mass of the soap recovered= 10.95g)
Using Trioleoyl glycerol (trioleoin) determine and present the following information regarding the animal cell’s ability to...
Using Trioleoyl glycerol (trioleoin) determine and present the following information regarding the animal cell’s ability to obtain energy from the triglyceride molecule. a. Total number of ATP’s that could theoretically be obtained from a complete breakdown (hydrolysis of ester bonds and beta oxidation of each fatty acid [FA]) of the triglyceride. Be sure to follow the molecules through all pertinent aspects of glycolysis, Kreb’s cycle, and the electron transport chain (ETC). Also, assume that the cell will obtain 3 ATP’s...
lab report on the detections of fats protein and carbohydrates in foods tb ry Ogn n...
lab
report on the
detections of fats protein and carbohydrates in foods
tb ry Ogn n al G Tes REPORT SHEET Organie Punetional Group Tests A Charactertaing Known Compounds 1. Solobility Tests Indicate whicch compounds are soluble in deionized water, and for those that are soluble, indicate whether the solution is acidic, neutral or basic wwe Compeued Selubility (mark+ ar-) Addic, Besic or Neutral Aniline Propenone Diethylomine Benzok acid Which compounds are insoluble in woter but soluble in 6 M...
(CHO)n- CH1403a-C7H1407 C7H107 cellulose and chitin- starch and glycogen-sucrose-galactose- maltose-fructose-fatty acids- polymer-monomer-saturated- unsaturated-glycerol- glycogen-collagen hemoglobin-ribose- nitrogen...
(CHO)n- CH1403a-C7H1407 C7H107 cellulose and chitin- starch and glycogen-sucrose-galactose- maltose-fructose-fatty acids- polymer-monomer-saturated- unsaturated-glycerol- glycogen-collagen hemoglobin-ribose- nitrogen base- chitin-phosphate group-insulin-pentose sugar-carbon- nitrogen- hydrogen-phosphorus- steroids- hydrolysis- dehydration-hydrogen bond- covalent bond-peptide bond- disulfide bond-guanine-cytosine- adenine-thymine- uracil-van der Waals-hydrophobic- sugar and phosphate bond- 1.A is a large organic molecule that contains repeating subunits called 2. A has fatty acids with double bonds, is liquid at room temperature and comes from a plant source. 3. Amino acids are joined together by bonds. 4. All molecules...
(CHO)n-C7H1403-C7H1407 C7H107 cellulose and chitin- starch and glycogen-sucrose-galactose- maltose-fructose-fatty acids- polymer- monomer- saturated- unsaturated-glycerol-glycogen-collagen -hemoglobin-ribose- nitrogen...
(CHO)n-C7H1403-C7H1407 C7H107 cellulose and chitin- starch and glycogen-sucrose-galactose- maltose-fructose-fatty acids- polymer- monomer- saturated- unsaturated-glycerol-glycogen-collagen -hemoglobin-ribose- nitrogen base- chitin-phosphate group-insulin-pentose sugar-carbon- nitrogen- hydrogen-phosphorus- steroids- hydrolysis- dehydration-hydrogen bond- covalent bond-peptide bond- disulfide bond-guanine-cytosine- adenine-thymine-uracil-van der Waals-hydrophobic- sugar and phosphate bond- 26. DNA has the nitrogen baso instead of 27. In the structure of protein, the amino acids are joined together by 28. The backbone of DNA strands forms a bond between 29. These are nitrogenous bases from the type purines and 30....
Under each of the following molecules, write its classification its number of C and O Then...
Under each of the following molecules, write its classification its number of C and O Then under two of molecules, write: "most soluble and soluble in water" and "least soluble in water" "highest boiling point" and "lowest boiling point" At each of the following pairs of fatty acids or carboxylic acids, circle or highlight the acid that has higher melting point. Palmitic acid (C16:0) and Stearic acid Oleic acid and Stearic acid (C18:0) Oleic acid (C18:1) and Linolenic acid (C18:3)...
Question 5 Complete a reaction for the partial hydrogenation of the triglyceride from Question 4(a). Question 6 Complete a reaction for the base catalyzed hydrolysis of the triglyceride from Question 4(b). Question 7 Show the structure of the wax that forms by reacting the fatty acid from Question 2 with 1-decanol. Queston 2 Holur- V Question 4 a) Show the structure of a mixed triglyceride that can form by reacting the three fatty acids from Questions 1, 2, and 3...
1. Imagine a triglyceride molecule is made from the following three fatty acids: a myristic acid, a palmitoleic acid, and an oleic acid. . Draw the structure of the triglyceride molecule described above by using line-angle formulas for the hydrocarbon tails. b. Write the saponification reaction of this triglyceride molecule in KOH solution to produce potassium soap. Use condensed structural formulas for the hydrocarbon tails. c. Write the condensed structural formula for two insoluble ionic compounds produced when this potassium...
the
following information for the Triaglycerol “Oleooleopalmityl
glycerol (Oleooleopalmitin)”
chart below. Using the triglyceride that has been assigned to you, determine and present the following information regarding the animal cell's ability to obtain energy from the triglyceride molecule. a. Total number of ATP's that could theoretically be obtained from a complete breakdown (hydrolysis of ester bonds and beta oxidation of each fatty acid [FA]) of the triglyceride. Be sure to follow the molecules through all pertinent aspects of glycolysis, Kreb's...
lab
report on the
detections of fats protein and carbohydrates in foods
tb ry Ogn n al G Tes REPORT SHEET Organie Punetional Group Tests A Charactertaing Known Compounds 1. Solobility Tests Indicate whicch compounds are soluble in deionized water, and for those that are soluble, indicate whether the solution is acidic, neutral or basic wwe Compeued Selubility (mark+ ar-) Addic, Besic or Neutral Aniline Propenone Diethylomine Benzok acid Which compounds are insoluble in woter but soluble in 6 M...
(CHO)n- CH1403a-C7H1407 C7H107 cellulose and chitin- starch and glycogen-sucrose-galactose- maltose-fructose-fatty acids- polymer-monomer-saturated- unsaturated-glycerol- glycogen-collagen hemoglobin-ribose- nitrogen base- chitin-phosphate group-insulin-pentose sugar-carbon- nitrogen- hydrogen-phosphorus- steroids- hydrolysis- dehydration-hydrogen bond- covalent bond-peptide bond- disulfide bond-guanine-cytosine- adenine-thymine- uracil-van der Waals-hydrophobic- sugar and phosphate bond- 1.A is a large organic molecule that contains repeating subunits called 2. A has fatty acids with double bonds, is liquid at room temperature and comes from a plant source. 3. Amino acids are joined together by bonds. 4. All molecules...
(CHO)n-C7H1403-C7H1407 C7H107 cellulose and chitin- starch and glycogen-sucrose-galactose- maltose-fructose-fatty acids- polymer- monomer- saturated- unsaturated-glycerol-glycogen-collagen -hemoglobin-ribose- nitrogen base- chitin-phosphate group-insulin-pentose sugar-carbon- nitrogen- hydrogen-phosphorus- steroids- hydrolysis- dehydration-hydrogen bond- covalent bond-peptide bond- disulfide bond-guanine-cytosine- adenine-thymine-uracil-van der Waals-hydrophobic- sugar and phosphate bond- 26. DNA has the nitrogen baso instead of 27. In the structure of protein, the amino acids are joined together by 28. The backbone of DNA strands forms a bond between 29. These are nitrogenous bases from the type purines and 30....
Under each of the following molecules, write its classification its number of C and O Then under two of molecules, write: "most soluble and soluble in water" and "least soluble in water" "highest boiling point" and "lowest boiling point" At each of the following pairs of fatty acids or carboxylic acids, circle or highlight the acid that has higher melting point. Palmitic acid (C16:0) and Stearic acid Oleic acid and Stearic acid (C18:0) Oleic acid (C18:1) and Linolenic acid (C18:3)...
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