This comprehensive physics course introduces the core principles of Newtonian mechanics and classical dynamics. It is designed to help learners understand how objects move, interact, and behave under the influence of forces in real-world and theoretical systems.
The course begins with an introduction to Newtonian mechanics and vector analysis in multiple dimensions, building the foundation for understanding motion and forces. Students then explore Newton’s Laws of Motion in detail, including applications such as inclined planes and real-life physical systems.
Further topics include work and energy, the law of conservation of energy, and how energy behaves in higher-dimensional systems. The course also covers Kepler’s Laws of planetary motion, providing insight into gravitational systems and orbital dynamics.
In advanced sections, learners study multi-body system dynamics and the motion of rigid bodies, including rotational motion and the parallel axis theorem. These concepts help students understand both linear and rotational dynamics in a unified framework.
Ideal for physics students and learners of classical mechanics, this course builds strong analytical and problem-solving skills. By the end, students will be able to analyze physical systems, apply fundamental laws of motion, and solve complex mechanics problems with confidence.
