About This Course

This short course is tailored for high school students, particularly those who plan to advance their studies in physics, like taking the AP Physics C after completing an introductory course in Mechanics. It focuses on reinforcing students' understanding and skills in necessary mathematical tools and core topics in Mechanics such as Kinematics, Newton's laws, and Conservation laws. Concluding with a comprehensive final exam, the course aims to prepare students for more complex material they will encounter later.

Course Description

This refresher course in Mechanics covers essential topics and mathematical techniques needed for advanced physics studies, including applications of Newton's laws, kinematics, and conservation principles. It is part of the high school initiative by WestonHS, offered in English with video transcripts also available in English.

What Students Will Learn

• Refinement of algebra and trigonometry skills essential for an advanced Mechanics course
• Detailed study of kinematics in scenarios with constant acceleration
• Comprehensive application of Newton's laws to solve physics problems
• Understanding and utilizing the conservation of energy and momentum in problem-solving
• Insights into the AP® Physics C Mechanic course's structure and examination format

Prerequisites or Skills Necessary

• Fundamental understanding of high-school level Mechanics
• Proficiency with basic algebra, trigonometry, and vector operations

Course Content Overview

• Revise important algebraic and trigonometric skills
• Explore kinematics and dynamics in Mechanics
• Apply Newton’s laws in various physical scenarios
• Use conservation laws to solve complex physics problems
• Introduction to AP Physics C fundamentals and exam layout

Who This Course Is For

This course is ideal for high school students who have a basic background in Mechanics and are looking to strengthen their knowledge and skills before transitioning to more advanced topics in AP Physics C.

Real-World Applications

Skills taught in this course are crucial for academic advancement in physics and are applicable in solving real-world problems where understanding of motion, forces, and energy are essential. Moreover, these fundamentals are vital for pursuing STEM careers and participating effectively in any related coursework or examinations.