Clear definitions to fix the drift in dynamics
This book presents a focused approach to naming and classifying dynamical quantities. It argues for a strict distinction between elements and functions and shows how muddled terms like force, power, and work can mislead calculations and thinking.
Two short sections frame the value: it explains why precision matters in dynamics and how consistent terminology supports learning and invention. The text also surveys common units and conversions, including horse-power and foot-pounds, to illustrate practical implications for real calculations.
- Distinguishing elements from functions in dynamical terms
- Clear definitions of force, velocity, time, space, power, and work
- How momentum, energy, and related quantities are represented correctly
- Practical notes on units and measurements used in engineering
Ideal for readers of engineering history, physics, and teachers or students seeking sharper foundations in dynamics.