1.Introduction: the nature of mechanics. 2.Distance, position, and vectors. 3.Forces. 4.Applications: statics of concurrent and coplanar forces. 5.Scalar calculus of vectors and particle motion. 6.Particle dynamics. 7.Energy and momentum. 8.Applications: vibrations in one dimension. 9.Vector products. 10.Couples and moments. 11.Applications: rigid-body statics. 12.Moment of momentum and particle orbits. 13.Rigid-body kinematics. 14.Relative motion of a particle. 15.Mass center and gyration radius. 16.Applications: rigid-body mechanics. 17.Fields and gradients. 18.Vector properties of fluids and flow. 19.Elementary properties of elasticity. 20.Vector treatment of stress and strain. 21.Wave motion in one dimension. 22.Kinetic theory. 23.Introduction to methods of Lagrange and Hamilton.