PREREQUISITE: Physics, Grade 11, University Preparation
GRADE: 12 (University)
AVAILABILITY: Full-time, Part-time, Private and Online
This course enables students to deepen their understanding of physics concepts and theories. Students will continue their exploration of energy transformations and the forces that affect motion and will investigate electrical, gravitational, and magnetic fields and electromagnetic radiation. Students will also explore the wave nature of light, quantum mechanics, and special relativity. They will further develop their scientific investigation skills, learning, for example, how to analyze, qualitatively and quantitatively, data relating to a variety of physics concepts and principles. In Grade 12 Physics, students will also consider the impact of technological applications of physics on society and the environment.
Essential Question: How can we analyze both how objects move and what causes their motion?
- In this unit, students will expand their knowledge of kinematics and forces into the combined field of dynamics. Students will be re-introduced to many terms, variables, and equations learned in Grade 11 Physics. They will apply these previously learned concepts to two-dimensional situations.
Essential Question: To start thinking about relativity, we must first understand reference frames. How can we identify which frame of reference an object is in?
- In this unit, students will apply their knowledge of dynamics to study objects moving with circular motion. Students will deepen their understanding of frames of reference and be able to study motion both from inertial and non-inertial frames of reference.
Energy and Momentum
Essential Question: What are the different safety considerations in cars to minimize the damages from collisions?
- In this unit, students will study the Physics behind collisions. To do so, they will first recall what it means, in Physics, to do work. Students will review the types of mechanical energy studied in Grade 11 and they will learn more about thermal and elastic potential energy. Using Laws of Conservation of Energy and Momentum, students will analyze different types of collisions, qualitatively and quantitatively.
Essential Question: Space may seem empty, but what suddenly makes an apple fall from the tree?
- In this unit, students will explore gravitational, electric, and magnetic forces and fields. Students will analyze the behaviour of particles in these fields and will look at similarities and differences among the fields. Through calculations and simulations, students will gain an understanding of forces and fields that they can apply to a real-world technology.
The Wave Nature of Light
Essential Question: In optics light is thought of as travelling as a single ray, but what if we make light go through a double slit?
- In this unit, students will investigate wave properties and relate them to the behaviour of light. Students will first analyze water waves, and then transfer that understanding to light waves. Students will use diagrams and simulations to gain a firm understanding of the wave nature of light, and they will also analyze the patterns and behaviours mathematically.
Revolutions in Modern Physics
Essential Question: What is the nature of reality?
- In this unit, students will be introduced to interesting phenomenon related to modern physics. Students will explore Einstein’s Special Theory of Relativity as well as the quantum theory of electromagnetic radiation. Their exploration will take them through thought experiments, experimental observations, simulations, and simple calculations. This unit is an excellent overview of how science works, expanding and developing a theory with the support of ingenious ideas and experimental evidence. As students progress through the unit, they are encouraged to keep thinking about the overall development of modern theory. As they search to explain existing phenomenon, theories change and grow based on internal consistency and experimental findings. Students should finish the unit with a clear understanding of the development of modern physics and scientific theory in general.
Proctored Exam30% of Final Grade
- This exam is the final evaluation of Grade 12 Physics. Students need to arrange their final exam 10 days in advance. All coursework should be completed and submitted before writing the final exam, please be advised that once the exam is written, any outstanding coursework will be given a grade of zero. The exam will be two hours.