Master the math of attraction and see how it connects to physics, electricity, and fluid motion.
This two‑volume work introduces the mathematical theory of attraction, tracing its roots to Newton and showing its value for students in physics and engineering. It emphasizes clear, practical explanations and aims to save students time and effort as they learn the subject.
- Learn the core ideas: lines of force, potential, and equipotential surfaces.
- Explore how attraction links to electricity, magnetism, and fluid motion.
- See geometric and analytic methods, including diagrams and worked examples.
- Build a solid foundation for higher mathematical physics and related fields.
Ideal for readers of early mathematical physics and students pursuing applied mathematics.