This textbook provides a technical foundation in classical and modern physics, beginning with the mechanics of motion, forces, and torque. The authors use quantitative analysis to explain thermodynamics, kinetic theory, and the laws of electromagnetism. In this extended version, the scope expands beyond fundamental optics and wave theory to include sections on special relativity, quantum mechanics, and nuclear restructuring. Each chapter pairs theoretical proofs with problem sets that require the application of calculus and vector mathematics to resolve real-world physical scenarios involving energy conservation and fluid dynamics.
Science and engineering students use this volume to master the mathematical frameworks required for advanced technical degrees. Readers obtain a standardized methodology for solving complex numerical problems and visualizing physical phenomena through the included animations and video modules. The text serves as a reference for quantifying the behavior of matter and light, ensuring the reader can calculate precise variables in fields ranging from structural engineering to particle physics. Practitioners walk away with a functional understanding of how fundamental laws govern the mechanical world.
Outward-looking, growth-minded and clear-cut; a demanding read.
Best for readers like The Practical Optimizer. Which reader are you?
- Published
- 2013
- Publisher
- John Wiley & Sons
- ISBN
- 9781118230619
- Language
- EN
