PHY1102 CLASSICAL MECHANICS I

This is an intermediate undergraduate level course in Physics. The major topics handled include mathematical techniques, especially vector analysis, conservation laws with their relation to symmetry principles, Momentum, Energy and Forces, Motion in resistive media, Motion of charged particles in Electromagnetic fields, Oscillations and an Introduction to Special Relativity
The course also introduces students to experimental work especially in simple harmonic motion and motion in resistive media. The course relies much on vector calculus for solving problems and as such, it is important to have taken or currently taking classes in vector analysis in Mathematics. However, important functions in vector analysis will be tackled before advancing with the course
The main goal of the course is to introduce the students to the language and mathematical techniques used for solving problems of mechanics. It also provides students with the necessary background for advanced topical courses in Electromagnetic fields, Statistical Physics and Fluid Mechanics

Course Objectives
By the end of the course, students should be able to

• Differentiate between vector quantities and Scalar quantities
• Express motion of particles in space in vector form and Solve simple problems associated with vectors
• Define frames of reference and state Newton’s laws of motion
• Explain and apply conservation laws of momentum and energy in problem solving
• Use Newton's theory of gravitation to solve problems of planetary motion and space travel
• Solve equations for simple harmonic, damped and forced harmonic oscillations
• Use Special Theory of Relativity to solve problems in relativistic kinematics and dynamics

Expected Learning Outcomes
On completion, successful students will be able to

• Apply the basic principles of mechanics to explain various phenomena occurring in the mechanical world
• Implement the logical mind to analyze complex phenomena and solve mathematical equations describing common physical phenomena
• Develop abilities to formulate mathematical equations describing physical phenomena
• Build a sense of approximation and develop abilities to solve mathematical problems with appropriate approximations
• Learn and formulate new knowledge from abstract arguments and thought experiments