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List of contents
The Use of Models in Science. The Observation Process. Electromagnetic Radiation - A General Discussion. Electromagnetic Radiation - A Wave. Electromagnetic Radiation - A Particle. The Electron - A Particle. The Electron - A Wave. The Nucleus. The Atom - The Plum Pudding Model. The Atom - The BOHR Planetary Model. The Atom - The Quantum Mechanical Model. The Hydrogen Atom. Polyelectronic Atoms. The Covalent Bond. The Ionic Bond. The Hydrogen Bond. Van Der Waals' Attractions. The Absorption Spectrophotometer. Solubility. Thermodynamics in Biology. The Flow of Energy Through a Living System. Free Energy. The Coupled-Reactions Model. Activation Energy and Catalysis. Enzymes and the Determination of Cell Chemistry. Material Transport. Metabolic Heat Generation and Loss. Index.
About the author
Edward K. Yeargers is associate professor of biology at the Georgia Institute of Technology. He is a member of the American Institute of Biological Sciences and Th e Biophysical Society. Dr. Yeargers has published research papers in radiation biology, molecular spectroscopy, and molecular structure, but he especially enjoys teaching .
Summary
Basic Biophysics for Biology presents the fundamental physical and chemical principles required to understand much of modern biology.
