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This textbook has its origins in a course that I began developing at Union College in the mid-1980s to teach physics to life science students in a way that would int- est them and show the connections of fundamental physics to modern biology and medicine. From my own research experiences and interests in biophysics, I know that almost all areas of modern life sciences integrally involve physics in both experimental techniques and in basic understanding of process or function. However, I and many colleagues with whom I have spoken have been unhappy over the years with published attempts to direct a textbook to this audience. Most such texts are watered down engineering physics books with occasional added sections on related biology topics that are easy to skip over or assign students to read on their own. As I set out to write this textbook, I had certain definite goals in mind. I wanted to write a book that was truly directed at life science students, one that integrated modern biology, biophysics, and medical techniques into the presentation of the ma- rial. Believing in the less is more credo, I chose to omit certain standard topics that are usually included in texts for this audience, while expanding on topics that have more relevance to the life and biomedical sciences.
List of contents
Introduction.- Newton s Laws of Motion for a Particle Moving in One-Dimension.- Applications of Newton s Laws of Motion in One-Dimension.- Work and Energy in One-Dimension.- Motion, Forces and Energy in More than One-Dimension.- Momentum.- Rotational Motion.- Ideal Fluids.- Viscous Fluids.- Waves and Resonance.- Sound.- Temperature and Heat.- Thermodynamics: Beyond the First Law.- Electric Forces and Fields.- Electric Energy and Potential.- Electric Current and Cell Membranes.- Magnetic Fields.- Electromagnetic Induction and Radiation.- Electromagnetic Waves.- Geometrical Optics.- Optical Lenses and Devices.- Wave Optics.- Imaging Using Wave Optics.- Special Relativity and Quantum Physics.- The Structure of Matter.- Nuclear Physics and Medical Applications.- Appendix I Review of Mathematics. Appendix II Table of the Elements. Appendix III - Answers to Odd-Numbered Multiple Choice and Problems.
Summary
This textbook has its origins in a course that I began developing at Union College in the mid-1980s to teach physics to life science students in a way that would int- est them and show the connections of fundamental physics to modern biology and medicine. From my own research experiences and interests in biophysics, I know that almost all areas of modern life sciences integrally involve physics in both experimental techniques and in basic understanding of process or function. However, I and many colleagues with whom I have spoken have been unhappy over the years with published attempts to direct a textbook to this audience. Most such texts are watered down engineering physics books with occasional added sections on related biology topics that are easy to skip over or assign students to read on their own. As I set out to write this textbook, I had certain definite goals in mind. I wanted to write a book that was truly directed at life science students, one that integrated modern biology, biophysics, and medical techniques into the presentation of the ma- rial. Believing in the less is more credo, I chose to omit certain standard topics that are usually included in texts for this audience, while expanding on topics that have more relevance to the life and biomedical sciences.
