Physics textbook. — Fullerton: Benjamin Crowell, 2008. — 170 p.Conservation of Energy. The Search for a Perpetual Motion. Machine. Energy. A Numerical Scale of Energy. Kinetic Energy. Energy and relative motion, Power. Summary. Problems. Simplifying the Energy Zoo. Heat is Kinetic Energy. Potential Energy: Energy of Distance or Closeness. An equation for gravitational potential energy. All Energy is Potential or Kinetic. Summary. Problems. Work: The Transfer of Mechanical Energy. Work: The Transfer of Mechanical Energy. Work in Three Dimensions. Varying Force. R Applications of Calculus. Work and Potential Energy. When Does Work Equal Force. Times Distance? The Dot Product. Summary. Problems. Conservation of Momentum. Momentum. Collisions in One Dimension. Relationship of Momentum to the Center of Mass. Momentum Transfer. Momentum in Three Dimensions. S Applications of Calculus. Summary. Problems. Conservation of Angular Momentum. Conservation of Angular Momentum. Angular Momentum in Planetary. Motion. Two Theorems About Angular. Momentum. Torque: the Rate of Transfer of Angular Momentum. Statics. Simple Machines: The Lever. Proof of Kepler’s Elliptical Orbit Law. Summary. Problems. A Thermodynamics. Pressure and Temperature. Microscopic Description of an Ideal Gas. Entropy. Problems. Appendix A: Exercises. Appendix B: Photo Credits. Appendix C: Hints and Solutions. Solutions to Selected Problems. Index.
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