Classical Mechanics
Full course description
Classical mechanics forms the starting point for all physical science and engineering. The course aims at understanding the fundamental principles of Classical Mechanics and how to apply them in specific situations. The major topics in this course are: Single particle dynamics, Mechanical Energy, Collisions and Momentum, Rotational Motion, Angular Momentum, Rigid body dynamics, and Analytical Mechanics. The course address: statics and kinematics, Newton’s laws, work and energy, momentum and collisions, rotational dynamics, and gravitation. Each of these subjects is taught on a theoretical level as lecture, and trained on a practical level with exercises and practical training sessions. Associated (but not co- required) to this course are the Physics skill courses Physics Laboratory PRA1003, PRA2007, PRA3002, involving experimental practical training sessions.
Course objectives
- To acquaint the student with the foundations of Classical Mechanics;
- To acquire general understanding of theoretical and practical methods in Classical Mechanics;
- To serve as sufficient basis for future education in physical sciences;
- To be able to apply this knowledge to concrete practical problems;
- To be able to read texts that build on the subjects of this course.
Prerequisites
- MAT2006
Co-requisites
- None
Recommended
- MAT2004
Recommended reading
- University Physics With Modern Physics, Authors: HD Young, RA Freedman, Pearson Education (US), 13th International edition, May 2011;
- Classical Mechanics, an undergraduate text, R. Douglas Gregory, Cambridge University Press 2006, ISBN-13 978-0-521-82678-5.