Circular motion 1: velocity, centripetal acceleration, and force,
Circular motion 2: the resultant force of (2 or more external forces) provides the centripetal force required
Linear and Circular Quantities:
Newton's Law of gravitation
Gravitational Fields
Satellite Motion - gravity provides the centripetal force.
Centre of Mass (1D and 2D)
Conservation of Momentum
Impulse
Rotational Motion with Constant Angular Acceleration: kinetics equations in rotation
Linear and Rotational Quantities
Torque and Inertia : Newton's 2nd Law of Motion in Rotation
Conservation of Angular Motion
Conservation of Energy: linear and rotational kinetic energy
Simple Harmonic Motion 1: definition and conditions
Simple Harmonic Motion 2: displacement, angular frequency, velocity and acceleration with time
Phasor Diagrams
Reference Circles
Damped and Driven Systems
Resonance
Conservation of Energy
Hewitt, Paul G. (2006), Conceptual Physics, The High School Physics Program, Pearson Prentice Hall.
Rutter, Chris (2017), Physics NCEA Level 3 Workbook, ABA Resources Ltd.
Hook, George (2000), NZ Pathfinder Physics Year 13, New House Publishers Ltd.
Year 13 Physics Study Guide, ESA Publication (NZ) Ltd.
NZ website: LearnCoach - Level 3 Physics - Mechanics
NZ website: No Brain Too Small - Level 3 Mechanics
Website: The Physics Classroom
Website: Khan Academic - Physics
Website: Bozeman Science - Physics