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Models and quantities, kinematics in one and two dimensions, forces, Newton's laws and rigid bodies.
Modelling assumptions, particle model, SI units, fundamental and derived quantities.
Displacement, velocity, acceleration; calculus in kinematics; constant acceleration (SUVAT); graphs.
Vector motion; calculus and SUVAT in 2D; Cartesian paths; relative position; projectiles.
Types of forces, force diagrams, resultant and resolving, equilibrium, friction.
Newton's three laws; equations of motion; connected particles.
Moments of forces; equilibrium of rigid bodies.