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    • Openstax Biology for AP Courses (textbook for Bio58x sequence)
      • Openstax Biology for AP Courses
      • Table of Contents
      • Bio581
        • Preface
        • Chapter 1 The Study of Life
        • Chapter 2 The Chemical Foundation of Life
        • Chapter 3 Biological Macromolecules
        • Chapter 4 Cell Structure
        • Chapter 5 Structure and Function of Plasma Membranes
        • Chapter 6 Metabolism
        • Chapter 7 Cellular Respiration
        • Chapter 8 Photosynthesis
        • Chapter 9 Cell Communication
        • Chapter 10 Cell Reproduction
        • Chapter 11 Meiosis and Sexual Reproduction
        • Chapter 12 Mendel's Experiments and Heredity
        • Chapter 13 Modern Understandings of Inheritance
        • Chapter 14 DNA Structure and Function
        • Chapter 15 Genes and Proteins
        • Chapter 16 Gene Regulation
      • Bio582
        • Chapter 17 Biotechnology and Genomics
        • Evolution of Genomes (Lumen Boundless Biology)
        • Chapter 21 Viruses
        • Chapter 9 Cell Communication
        • Chapter 24 The Animal Body: Basic Form and Function
        • Chapter 28 The Endocrine System
        • Chapter 26 The Nervous System
        • Chapter 31 The Circulatory System
        • Chapter 30 The Respiratory System
        • Chapter 29 The Musculoskeletal System
        • Chapter 33 The Immune System
        • Chapter 34 Animal Reproduction and Development
    • Kimball's Biology (supplemental textbook for Biol-58x Sequence)
      • Kimball's Biology (supplemental textbook for Bio58x)
      • Table of Contents
      • General Science
      • The Chemical Basis of Life
      • The Molecules of Life
      • The Cellular Basis of Life
      • Cell Metabolism
      • DNA: The Substance of Genes
      • Gene Expression
      • Cell Division
      • The Genetic Consequences of Meiosis
      • Regulation of Gene Expression
      • Mutation
      • Genomics: Manipulating Genes
      • Cancer
      • Aging
      • Embryonic Development and its Regulation
      • Sexual Reproduction
      • Excretion
      • Bone and Muscle
      • The Immune System
      • The Senses
      • Nutrition
      • Endocrine
      • Behavior
      • Plant Anatomy
      • Plant Physiology
      • Interspecies Interactions
      • Reproduction in Plants
      • Evolution
      • Plant Development
      • The Nervous System
      • Viruses
      • Eukaryotic Life
      • Gas Exchange
      • Energy Flow
      • Microbes
      • Circulatory Systems
      • Cycles of Matter
      • Population Dynamics
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Bio581

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  • 3.8 Review Questions

    Thursday, 20 June 2019
    Jerry Hagler
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    4 votes
    612 3.8 Review Questions /joomla/index.php/content_page/item/612-3-8-review-questions

    1. Dehydration synthesis leads to the formation of what? monomers polymers carbohydrates only water only 2. What is removed during the formation of nucleic acid polymers? carbon hydroxyl groups phosp ...

    Categories
    Chapter 3 Biological Macromolecules | Bio581
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  • 3.9 Critical Thinking Questions

    Thursday, 20 June 2019
    Jerry Hagler
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    613 3.9 Critical Thinking Questions /joomla/index.php/content_page/item/613-3-9-critical-thinking-questions

    39. The word hydrolysis is defined as the lysis of water. How does this apply to polymers? Polymers break by separating water into hydrogen and hydroxyl group that are added to the monomers. Polymers ...

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    Chapter 3 Biological Macromolecules | Bio581
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  • 3.11 Science Practice Challenge Questions

    Thursday, 20 June 2019
    Jerry Hagler
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    615 3.11 Science Practice Challenge Questions /joomla/index.php/content_page/item/615-3-11-science-practice-challenge-questions
    3.11 Science Practice Challenge Questions

    75. The capture of radiant energy through the conversion of carbon dioxide and water into carbohydrates is the engine that drives life on Earth. Ribose, C5H10O5, and hexose, C6H12O6, form stable five ...

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    Chapter 3 Biological Macromolecules | Bio581
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  • 5 Structure and Function of Plasma Membranes

    Thursday, 20 June 2019
    Jerry Hagler
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    628 5 Structure and Function of Plasma Membranes /joomla/index.php/content_page/item/628-5-structure-and-function-of-plasma-membranes_628
    5 Structure and Function of Plasma Membranes

    Chapter Outline 5.1Components and Structure 5.2Passive Transport 5.3Active Transport 5.4Bulk Transport Figure 5.1 Despite its seeming hustle and bustle, Grand Central Station functions with a high le ...

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    Chapter 5 Structure and Function of Plasma Membrane | Bio581
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  • 5.1 Components and Structure

    Thursday, 20 June 2019
    Jerry Hagler
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    629 5.1 Components and Structure /joomla/index.php/content_page/item/629-5-1-components-and-structure_629
    5.1 Components and Structure

    In this section, you will explore the following questions: How does the fluid mosaic model describe the structure and components of the plasma cell membrane? How do the molecular components of the me ...

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    Chapter 5 Structure and Function of Plasma Membrane | Bio581
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  • 5.2 Passive Transport

    Thursday, 20 June 2019
    Jerry Hagler
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    630 5.2 Passive Transport /joomla/index.php/content_page/item/630-5-2-passive-transport_630
    5.2 Passive Transport

    By the end of this section, you will be able to: Identify and describe the properties of life. Why and how does passive transport occur across membranes? What is tonicity, and how is it relevant to p ...

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    Chapter 5 Structure and Function of Plasma Membrane | Bio581
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  • 5.3 Active Transport

    Thursday, 20 June 2019
    Jerry Hagler
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    631 5.3 Active Transport /joomla/index.php/content_page/item/631-5-3-active-transport_631
    5.3 Active Transport

    By the end of this section, you will be able to: How do electrochemical gradients affect the active transport of ions and molecules across membranes? Connection for AP® Courses If a substance must mo ...

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    Chapter 5 Structure and Function of Plasma Membrane | Bio581
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  • 5.4 Bulk Transport

    Thursday, 20 June 2019
    Jerry Hagler
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    632 5.4 Bulk Transport /joomla/index.php/content_page/item/632-5-4-bulk-transport_632
    5.4 Bulk Transport

    By the end of this section, you will be able to: What are the differences among the different types of endocytosis: (phagocytosis, pinocytosis, and receptor-mediated endocytosis) and exocytosis? Conn ...

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    Chapter 5 Structure and Function of Plasma Membrane | Bio581
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  • 5.5 Key Terms

    Thursday, 20 June 2019
    Jerry Hagler
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    633 5.5 Key Terms /joomla/index.php/content_page/item/633-5-5-key-terms_633

    active transport method of transporting material that requires energy amphiphilic molecule possessing a polar or charged area and a nonpolar or uncharged area capable of interacting with both hydroph ...

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    Chapter 5 Structure and Function of Plasma Membrane | Bio581
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  • 5.6 Chapter Summary

    Thursday, 20 June 2019
    Jerry Hagler
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    634 5.6 Chapter Summary /joomla/index.php/content_page/item/634-5-6-chapter-summary_634

    5.1Components and Structure The modern understanding of the plasma membrane is referred to as the fluid mosaic model. The plasma membrane is composed of a bilayer of phospholipids, with their hydroph ...

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    Chapter 5 Structure and Function of Plasma Membrane | Bio581
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This text is based on Openstax Biology for AP Courses, Senior Contributing Authors Julianne Zedalis, The Bishop's School in La Jolla, CA, John Eggebrecht, Cornell University; Contributing Authors Yael Avissar, Rhode Island College, Jung Choi, Georgia Institute of Technology, Jean DeSaix, University of North Carolina at Chapel Hill, Vladimir Jurukovski, Suffolk County Community College, Connie Rye, East Mississippi Community College, Robert Wise, University of Wisconsin, Oshkosh

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This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 Unported License, with no additional restrictions

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  • Andover Biology Textbooks
  • Kimball's Biology (supplemental textbook for Biol-58x Sequence)