Units and Measurements
SI units, significant figures and dimensional analysis.
Work through the chapters in order, or continue with the one you need today.
SI units, significant figures and dimensional analysis.
Kinematics with uniform acceleration.
Vectors, projectile motion and circular motion.
Newton's laws, friction and free-body diagrams.
Work-energy theorem and conservation of energy.
Kepler's laws, gravitational potential and satellites.
Laws of thermodynamics and heat engines.
Simple harmonic motion and its energy.
Extend mechanics from point particles to centres of mass and rotating rigid bodies.
Connect forces and microscopic deformation through stress, strain, and elastic moduli.
Use pressure, buoyancy, continuity, viscosity, surface tension, and energy conservation in fluids.
Describe expansion, heat transfer, phase change, and calorimetry using energy conservation.
Explain gas laws and temperature using the statistical motion of molecules.
Analyse travelling and standing waves, superposition, sound, and beats.