Answered: Chapter 3: 24. How do strong and weak…

Science

Biology

Chapter 3: 24. How do strong and weak bonds differ? 25. Describe the peptide bond, and explain why it is planar.

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter3: Biological Molecules: The Carbon Compounds Of Life

Section: Chapter Questions

Problem 13TYK

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Question

Chapter 3:
24. How do strong and weak bonds differ?
25. Describe the peptide bond, and explain why it is planar.

Expert Solution

Step 1

We are authorized to answer one question at a time since you have not mentioned which question number you are looking for, so we are answering the first question, please repost your question separately for the remaining questions.

Step 2

An attraction between two atoms, molecules or ions is termed as a chemical bond. Due to the presence of a chemical bond, a chemical compound is formed. A chemical bond can be formed due to the sharing of electrons, as in covalent bond, or can be formed due to attraction between oppositely charged ions, as in ionic bond.

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Similar questions

19. List several functions of proteins in living cells. 20. What are amino acids? 21. Describe the formation of peptide bond.
Explain at least three functions that lipids serve in plants and/or animals.
17 Select all of the true statements regarding biomolecules and their building block monomers. To be marked correct, you'll need to select all true statements as there may be more than one correct answer. O Nucleotides are built from nucleic acids. Fatty acids are built from glycerol. Proteins are built from amino acids. Carbohydrates are built from monosaccharides.
Please help answer the question on natural polymers polysaccharides 1) compare and contrast the structure and function of startch and glycogen proteins 1) sketch the two amino acids. Contrast the polarity of the side chains Dna 1) what are the predominant groups in dna 2) the covalent linkage between nucleotides is called a phosphodiester bond. Sketch the linkage
1) Distinguish Ionic, Covalent, Hydrogen Bonding, and Van der Waals (Hydrophobic). 2) Distinguish DNA from RNA, what is the same, what is different? Importance in function?. What is the difference between a nucleotide and a nucleoside.
1. Explain why is it necessary for a protein to adopt specific tertiary and quaternary arrangements. 2.Explain the role of hydrogen bonding and disulfide bonds between R groups. 3. Explain the similarities and differences between rna and dna.
28) peptidyl transferase enzyme activity forms A- peptide bonds between nucleotides B-peptide bonds between amino acids C- phoshodiester bonds between nucleotides D- hydrogen bonds between nucleic acid bases E- phosphodiester Bonds between amino acids
1. Which best describes the contribution of primary (1’) structure of polypeptides to the native conformation of proteins: a) Structure that results from intrachain interactions of amino acid side chains b) Structure that results from interchain interactions of amino acid side chains c) Structure that results from base pairing d) Structure that results from the linear sequence of amino acids from beginning to end of molecule.
1. Name the amino acids present in this peptide bond. 2. The structure shown represent a major ingredient in some commerial product. Identify the name of this major ingredient and the commercial product.
Describe the tertiary level of protein structure and state the type of interactions present.14. With the aid of diagrams, explain the difference between spontaneous and nonspontaneous enzyme reactions15. Briefly explain how enzymes decrease the activation energy of biochemical reactions.16. What is the difference between a nucleoside and a nucleotide?17. A nucleic acid has 13% of adenine. Determine the composition of guanine, cytosine and thymine.
Write down the reactions of serine and arginine amino acids with carboxyl and amino groups.
25. What bond connects amino acid monomers together to form proteins? Group of answer choices ester bond glycosidic bond peptide bond phosphodiester bond