3 Review(s)

"1. Introduction 2. Composition and Resolution of Forces 3. Composition and Resolution of Forces (Continued)4. Parallel Forces 5. Moments 6. Couples 7. Equilibrium of a Rigid Body Acted on by Three Forces in a Plane8. General Conditions of Equilibrium of a Body Acted on by Forces in One Plane9. Centre of Gravity Centre of gravity of a Triangle, Tetrahedron, etc General formulae for the determination of the centre of gravity Determination of the centre of gravity of particles distributed in space10. Centre of Gravity (Continued) Properties of the centre of gravity Stable, unstable, and neutral equilibrium 11. Centre of Gravity (Continued) Centre of gravity of any arc, any plane area, of a solid and surface of revolution, etc. 12. Work 13. Machines I. The Lever II. Pulleys and Systems of Pulleys III. The Inclined Plane IV. The Wheel and Axle Weston’s Differential Pulley V. The Common Balance VI. The Steelyards VII. The Screw 14. Friction Laws of Friction Equilibrium on a rough inclined plane Efficiency of machines Machines with friction 15. Friction (Continued) 16. Miscellaneous Bodies connected by smooth hinges Funicular, i.e. Rope, Polygon Tensions of Elastic Strings Graphic Constructions, Link and Force Polygons 17. Some Additional Propositions Formal proof of the Parallelogram of Forces Centre of gravity of a Circular Arc, and of a Sector and Segment of a Circle Centre of gravity of a Zone of a Sphere Centre of gravity of a Hollow and a Solid Hemisphere Virtual Work Roberval’s Balance 18. Vectors Easy Miscellaneous Examples Harder Miscellaneous Examples Answers"