Unlock a durable foundation in geometry and engineering history with practical, step-by-step rules.
This classic reference blends theory with hands-on methods for calculating the surface and content of solids, working from simple shapes to complex forms. It presents rules for finding inscribed, circumscribed, and equal spheres around Platonic bodies, and covers how to derive volumes for pyramids, cones, cylinders, frustums, and more. The book also gathers real-world engineering discussions, from geometric rules to brick bridges and other historic structures, illustrating how mathematics informs design and construction. Expect tables, worked examples, and clear guidance that connect abstract formulas to everyday building challenges.
- Learn how to compute surface area and volume for a wide range of solids
- Explore relationships between spheres and Platonic solids
- Master formulas for pyramids, cones, cylinders, frustums, and irregular shapes
- See historical engineering examples and practical problem-solving in action
Ideal for readers of classic engineering and geometry texts seeking a practical, historical perspective on measurement and design.