Physics HL

Space, time and motion

A: Kinematics, forces and momentum, work energy and power, rigid body mechanics and relativity.

Interpret displacement, velocity, and acceleration in kinematics Use constant-acceleration equations Analyse projectile motion components Interpret motion graph gradients and areas Evaluate uncertainty in kinematics measurements Apply Newtons laws to connected bodies Resolve forces in equilibrium and acceleration contexts Use impulse and momentum conservation Analyse work, energy, power, and efficiency Connect force, energy, and momentum in multi-step mechanics Analyse rigid body rotational kinematics Use torque, angular acceleration, and moment of inertia Apply angular momentum conservation Use Galilean transformations Apply special relativity time dilation and length contraction Use relativistic velocity and energy relationships