Mathematics for Engineering Students: Plane and Solid Geometry (Classic Reprint)

Master plane and solid geometry with clear fundamentals and proven methods. This edition presents the core ideas of plane and solid geometry, including definitions, axioms, and the logic of proofs, all shown through step-by-step demonstrations and worked examples. Perfect for readers building a solid mathematical foundation for engineering coursework.The text covers essential concepts such as how planes and lines interact, what makes angles and perpendiculars tick, and how to reason from basic truths to formal conclusions. It includes a blend of definitions, postulates, and propositions, with guided analyses that illuminate the reasoning behind geometric results. Readers will see how geometric problems are constructed and solved, from simple intersections to more complex spatial relationships. Foundational definitions for lines, planes, angles, and perpendicularity Key axioms and postulates that guide geometric reasoning Structured proofs and problem-style demonstrations Progressions from basic concepts to more advanced results in plane and solid geometryIdeal for students of engineering and related fields who want a reliable, hands-on treatment of geometry to support coursework and practical problem solving. Read more