Statics and Dynamics with Background Mathematics [Hardcover]

This book uniquely covers both Statics and Dynamics with a revision section on background mathematics.This book uniquely covers both Statics and Dynamics together with a section on background mathematics, providing the student with everything needed to complete typical first year undergraduate courses. Students often find it difficult to visualize problems and grasp the mathematics, but Roberts' friendly approach makes life easier for both student and tutor, tackling concepts from first principles with many examples, exercises and helpful diagrams. The revision section on introductory mathematics is a huge bonus, allowing students to catch up on the pre-requisite mathematics needed to work through both courses.This book uniquely covers both Statics and Dynamics together with a section on background mathematics, providing the student with everything needed to complete typical first year undergraduate courses. Students often find it difficult to visualize problems and grasp the mathematics, but Roberts' friendly approach makes life easier for both student and tutor, tackling concepts from first principles with many examples, exercises and helpful diagrams. The revision section on introductory mathematics is a huge bonus, allowing students to catch up on the pre-requisite mathematics needed to work through both courses.This book covers statics and dynamics to provide the student with everything needed to complete typical first-year undergraduate courses. Although students often find it difficult to visualize problems and grasp the mathematics, Adrian Roberts' approach tackles concepts with many examples, exercises and helpful diagrams. A key section on background mathematics allows students to review the prerequisite mathematics needed to progress through both topics.Preface; Part I. Statics: 1. Forces; 2. Moments; 3. Centre of gravity; 4. Distributed forces; 5. Trusses; 6. Beams; 7. Friction; 8. Non-coplanar forces and couples; 9. Virtual work; Part II. Dynamics: 1lƒ$