PREFACECHAPTER I-DISCRETE COPLANAR FORCES1. Introduction2. Forces3. Parallelogram of Forces4. Cartesian ComponentsCHAPTER II-CONDITIONS OF EQUILIBRIUM5. Moments6. Couples7. Equations of Equilibrium8. ApplicationsCHAPTER III-DISTRIBUTED FORCES9. Parallel Forces10. Centers of Gravity11. Distributed Loadings12. HydrostaticsCHAPTER IV-TRUSSES AND CABLES13. Method of Sections14. Method of Joints15. Funicular Polygons16. Uniformity Loaded CablesCHAPTER V-BEAMS17. Bending Moments in Beams18. Distributed Beam LoadingsCHAPTER VI-FRICTION19. Definition20. ApplicationsCHAPTER VII-SPACE FORCES21. Composition of Forces and Couples22. Conditions of Equilibrium23. Applications24. Space Frames25. Straight and Curved BeansCHAPTER VIII-THE METHOD OF WORK26. A Single Rigid Body27. Systems of Bodies28. Applications29. Stability of EquilibriumCHAPTER IX-KINEMATICS OF A POINT30. Rectilinear and Angular Motion31. Motion in Space32. ApplicationsCHAPTER X-DYNAMICS OF A PARTICLE33. Newton's Laws34. Rectilinear Motion of a Particle35. Curvilinear Motion of a Particle36. Systems of Two ParticlesCHAPTER XI-KINEMATICS OF PLANE MOTION37. Velocities38. AccelerationsCHAPTER XII-MOMENTS OF INERTIA39. The Principle of d'Alembert40. General Properties41. Specific ExamplesCHAPTER XIII-DYNAMICS OF PLANE MOTION42. Rotation about a Fixed Axis43. Examples of Fixed-axis Rotation44. General Motion in a Plane45. Examples on General Plane MotionCHAPTER XIV-WORK AND ENERGY46 Kinetic Energy of a Particle47. Potential Energy; Efficiency; Power48. Energy of Plane Bodies49. ApplicationsCHAPTER XV-IMPULSE AND MOMENTUM50. Linear Momentum51. Angular Momentum52. Applications53. ImpactCHAPTER XVI-RELATIVE MOTION54. Introduction55. Non-rotating Vehicles56. Rotating Vehicles; Coriolis's Law57. ApplicationsCHAPTER XVII-GYROSCOPES58. Theorems on Rotation in Space59. Discussion of the Theorems60. The Principle Theorem of the Gyroscope61. Applications62. The Gyroscopic Ship's CompassPROBLEMSANSWERS TO PROBLEMSLIST OF EQUATIONSINDEX