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The Year 11 Physics course introduces students to fundamental principles of physics, covering a wide range of topics from mechanics to energy, waves, and the behavior of matter. Through theoretical learning and practical investigations, students develop their understanding of how the physical world works. The course focuses on scientific inquiry, problem-solving, and the application of mathematical and experimental techniques to understand the natural phenomena around them. By the end of the course, students are expected to have developed the skills to conduct experiments, analyze data, and solve physics-related problems while deepening their conceptual understanding in preparation for Year 12.
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 study the principles of motion and the forces that cause motion, which are foundational concepts in physics. They explore topics such as velocity, acceleration, and the relationships between them. The concepts of displacement, velocity-time graphs, and NewtonÆs laws of motion are central to this term. Students apply these ideas to analyze the motion of objects and learn how to solve problems involving motion under constant acceleration. Practical investigations and experiments help reinforce the theoretical learning and develop skills in measurement, observation, and analysis.
Term 2 focuses on the conservation of energy and momentum in physical systems. Students explore how energy is transferred, stored, and converted between different forms, such as kinetic energy, potential energy, and thermal energy. They investigate the concept of work, power, and energy efficiency, and apply these to real-world scenarios, such as roller coasters, cars, and machines. Additionally, the principles of momentum and impulse are introduced, with an emphasis on the conservation of momentum in collisions. Practical experiments and problem-solving activities help students to understand these concepts and their applications in various physical contexts.
In Term 3, students explore the behavior of waves and light, studying wave properties such as wavelength, frequency, and amplitude. They investigate the relationship between wave speed, frequency, and wavelength, and apply this understanding to different types of waves, including sound and light. The concepts of reflection, refraction, diffraction, and interference are introduced through the study of optics. Students examine the properties of light and its behavior when interacting with different materials. Practical investigations of lenses, mirrors, and optical devices help students understand the applications of waves in technology and daily life.
Term 4 focuses on the study of electricity and magnetism, two interconnected areas of physics. Students explore electric circuits, including concepts such as current, voltage, resistance, and OhmÆs law. They study the behavior of electrical components in series and parallel circuits and apply their understanding to analyze and design circuits. The term also introduces students to magnetism and the relationship between electricity and magnetism, including electromagnetic fields and induction. Practical investigations help students develop their understanding of electric circuits and the role of magnetism in the operation of devices like motors and generators.