The work is divided into three parts, starting with the Laws of Motion and methods applicable to various systems. While not aimed at beginners, it begins by presenting Newton's Laws in mathematical form, emphasizing the universal application of Hamilton's Principle, which is introduced early on. This principle, along with Lagrange's equations, is deemed essential for physical students. Energy is also discussed, as it plays a crucial role in Dynamics, despite attempts to derive all laws of Physics from it being ultimately insufficient. The notion of Energy is integral to every problem addressed. The text then explores Oscillations and Resonance, followed by a treatment of Cyclic Systems, which hold promise for advancing Physics, particularly in understanding Potential Energy through Motion, a significant goal in the field. The contributions of Lord Kelvin in Mechanics and Light Theory are highlighted. The second part focuses on the Motion of Rigid Bodies, especially rotation, which is vital for engineers but often overlooked. Maxwell's instrumental demonstration with the Dynamical Top is referenced, along with additional details that allow for further verifications. Practical illustrations relevant to physicists and engineers are also included.
Arthur Gordon Webster Book order (chronological)
