YourOtherTeacher.com : dynamics companion / Jeffrey E. Jones, Mary Cooper & Eileen Rossman.

Contents;

1. Kinematic of particles
Rectilinear motion of particles
Position, velocity, and acceleration

Curvilinear motion of particles
Motion relative for a frame in translation

2. Kinetic of particles: Newton's second law
Introduction
Newton's second law of motion and linear momentum
Angular momentum of particle and central force motion

3. Kinetics of particles: Energy and momentum methods
Introduction
Work of a force
Kinetic energy, principle of work and energy
Potential energy
etc.

4. System of particles
Introduction
Force, acceleration, and momentum of a system of particles
Work, energy, impulse and momentum for system of particles

5. Kinematics of rigid bodies
Introduction
Rotation about a fixed axis
Equations defining the rotation of a rigid body about a fixed point
etc.

6. Plane motion of rigid bodies: Forces and accelerations
Equations of motion for a rigid body

7. Plane motion of rigid bodies: Energy and momentum methods
Work-energy equation for rigid bodies
Impulse momentum equations for rigid bodies

A. Moment of inertia of masses
Introduction
Moments of inertia of masses: Radius of gyration
Parallel axis theorem