Journey through physical dynamics this semester — starting with collisions and circular motion, advancing through electric and magnetic fields, and diving deep into particle accelerators and subatomic physics.
Tap any point on the trajectory — or any week below — to explore topic details.
Track core mechanics modules, field theory studies, particle physics units, breaks, and exam practice weeks.
Covers energy in collisions, advanced momentum, and circular motion dynamics.
Explores radial electric fields, Coulomb's Law, capacitors, and induction.
Covers atomic structure, particle accelerators, LHC detectors, and particle interactions.
Targeted past paper practice across Topics 5, 6, 7 and full Unit 4 paper solving.
Comprehensive assessment covering all Unit 4 physics theories and calculations.
Key focus: Establishes conservation of momentum and kinetic energy transfer in elastic/inelastic collisions.
Key focus: Introduces angular velocity, frequency, and kinematics of bodies moving in circular paths.
Key focus: Analyzes the net radial force required to maintain uniform circular motion in real systems.
Key focus: Introduces force field concepts and electric field strength around charged objects.
Key focus: Quantifies the electrostatic force between point charges using inverse-square laws.
Key focus: Examines charge storage, capacitance equations, and exponential discharge curves.
Key focus: Develops mathematical precision for exponential decay and energy stored in electrical fields.
Key focus: Explores magnetic flux density and force interactions on moving charged particles.
Key focus: Connects magnetic field theory to mechanical work in electric motor applications.
Key focus: Studies electromagnetic induction, Faraday's Law, and Lenz's Law in power generation.
Key focus: Traces the historical evidence that revealed the subatomic components of matter.
Key focus: Examines how electric/magnetic fields accelerate and analyze high-energy particle tracks.
Key focus: Categorizes fundamental particles (quarks, leptons, hadrons) and fundamental force interactions.
Key focus: A scheduled mid-semester pause to rest and review upcoming revision targets.
Key focus: Builds exam problem-solving proficiency for momentum and circular motion questions.
Key focus: Refines step-by-step mathematical problem solving for electric and magnetic field questions.
Key focus: Consolidates structural particle reactions and atomic physics exam mark schemes.
Key focus: Full-length mock exam practice to maximize exam fluency across all Unit 4 topics.
Key focus: Demonstrates comprehensive mastery of Unit 4 physics theories and applications.
Key focus: Marks the completion of Grade 12 Semester 1 Physics requirements.