Carbon and the Molecular Diversity of Life — Organic Chemistry, Functional Groups, and ATP Explained - Chapter 4 of Campbell Biology
Carbon and the Molecular Diversity of Life — Organic Chemistry, Functional Groups, and ATP Explained Welcome to Last Minute Lecture! This post breaks down the essential role of carbon in creating the vast molecular diversity found in living organisms, as explored in Chapter 4 of Campbell Biology . We’ll cover organic chemistry basics, isomers, functional groups, ATP, and the historic Miller-Urey experiments, making this a perfect guide for AP Biology, college students, or anyone curious about life’s molecular foundations. Watch the full video summary below and subscribe for more chapter-by-chapter science learning! Introduction: Why Carbon Is the Backbone of Life Carbon’s remarkable ability to form four covalent bonds with a variety of elements enables the construction of complex organic molecules. This flexibility leads to an extraordinary range of structures and functions, making carbon the foundation of all known life. From small hydrocarbons to the large macromolecules ...