Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.

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Chapter 2, Problem 23RQ

Summary Introduction

Introduction:

Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.

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A triglyceride consists of (a) glycerol plus three fatty acids, (b) a sugar-phosphate backbone to which two amino groups are attached, (c) two to several hexoses, (d) amino acids that have been thoroughly saturated with hydrogen.

Draw the following Lipids in: A) Condensed (detailed) Structure, B) its Block Diagram.C) Show/Indicate the type of linkages per structure (put an arrow). 2) Triacylglycerol (use glycerol, 3 fatty acids consisting of stearic acid, palmitic acid, and linolenic acid);

Draw the following Lipids in A) Condensed (detailed) Structure, B) its Block Diagram.C) Show/Indicate the type of linkages per structure (put an arrow) 1) Triacylglycerol (use glycerol, 3 fatty acids consisting of stearic acid, palmitic acid, and linolenic acid);2) Glycerophospholipid (use glycerol, 2 stearic acid, phosphate, and serine for its amino alcohol);3) Sphingolipid/Sphingophospholipid (use sphingosine, myristic acid, phosphate, and choline for amino alcohol); 4) Glycosphingolipid/Sphingoglycolipid (use sphingosine, stearic acid, and D-galactose); 5) Cholesterol ( use steroid fused ring system with -OH group at C3, double bond at C5, 2 methyl group at C10 & C13, and an 8-Carbon branched side chain at C17)

Answer 2

Question

Chapter 2, Problem 23RQ

Summary Introduction

Introduction:

Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.

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Answer 3

Question

Chapter 2, Problem 23RQ

Summary Introduction

Introduction:

Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.

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Answer 4

Question

Chapter 2, Problem 23RQ

Summary Introduction

Introduction:

Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.

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Answer 5

Chapter 2, Problem 23RQ

Summary Introduction

Introduction:

Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.

Answer 6

Chapter 2, Problem 23RQ

Summary Introduction

Introduction:

Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.

Answer 7

Chapter 2, Problem 23RQ

Summary Introduction

Introduction:

Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.

Answer 8

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Answer 11

Ch. 2 - Define atom.Ch. 2 - Atoms of the same element that have different...Ch. 2 - How is it possible for two samples of hydrogen to...Ch. 2 - Prob. 4CP Ch. 2 - Prob. 5CP Ch. 2 - Both oxygen and neon are gases at room temperature...Ch. 2 - Prob. 7CP Ch. 2 - Prob. 8CP Ch. 2 - Prob. 9CP Ch. 2 - Prob. 10CP

Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.

Solution Summary: The author explains that the dehydration synthesis reaction between glycerol and a single fatty acid yielded the right answer.

Concept explainers

Introduction:

Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.

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Chapter 2 Solutions

Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.

Solution Summary: The author explains that the dehydration synthesis reaction between glycerol and a single fatty acid yielded the right answer.

Concept explainers

Introduction: Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.

Want to see the full answer?

Chapter 2 Solutions

Introduction:

Dehydration synthesis reaction is a reaction in which larger molecules are joined together by release of water molecule. This reaction is mainly found in making long chained biopolymers such as peptide chains or phosphodiester bonds between phosphate and sugar in the DNA.