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The Year 12 Physics course builds on the concepts introduced in Year 11, further developing students' understanding of the natural world through the study of mechanics, thermodynamics, electromagnetism, and quantum theory. Students deepen their knowledge of physics principles, learn to apply their understanding to solve complex problems, and develop skills in scientific inquiry, investigation, and communication. The course encourages critical thinking and the ability to analyze scientific phenomena through both theoretical and experimental approaches, preparing students for both their final exams and further studies in physics-related fields.
Book LessonReports are sent via email, by the end of term.
Reports are included in the price below. Also note the reports sent are more comprehensive.
89%, +12% Term 3
82%, +7% Term 3
The student has shown steady improvement across the terms, in Physics. Homework completion is consistent with a few late submissions. Overall, excellent progress!
In Term 1, students explore the concepts of motion and forces in detail. They study Newton's laws of motion and apply them to real-world situations, such as projectile motion and circular motion. The relationship between force, acceleration, and mass is explored, as well as concepts of work, energy, and power. Practical experiments and calculations help students apply theoretical concepts to scenarios such as mechanical systems and the motion of objects in various contexts, including sports and engineering.
Term 2 focuses on electromagnetism, examining electric and magnetic fields and their interactions. Students investigate electric circuits, OhmÆs law, and the principles behind current and voltage. They study the relationship between electricity and magnetism, learning about electromagnetic induction and the behavior of charged particles in electric and magnetic fields. Practical experiments are conducted to analyze circuit designs and the effects of electromagnetic forces, with applications in technologies like motors, transformers, and telecommunications.
In Term 3, students explore the wave and particle nature of light, studying the principles of optics, including reflection, refraction, diffraction, and interference. The behavior of light in various media is examined, along with its applications in optical instruments such as microscopes and telescopes. This term also introduces students to quantum theory and modern physics, including the study of atomic models, nuclear reactions, and the principles of relativity. Students learn how these concepts have led to significant advances in technology, medicine, and energy production.
In Term 4, students focus on revising the core concepts from the year and preparing for their final exams. Emphasis is placed on consolidating knowledge across all topics studied, with a particular focus on problem-solving techniques, experimental design, and data analysis. Students engage in mock exams and review sessions to strengthen their understanding and address any areas of weakness. This term also helps students refine their ability to communicate complex physics concepts clearly and succinctly, both in written form and through experimental reports.