The course begins with introduction to certain mathematical tools (vectors) necessary for understanding classical Newtonian mechanics as well as some basic topics in classical electromagnetism. Then the course deals with objects in motion, including how to quantify and relate characteristics such as force, velocity, momentum, energy, and power. The second half of the course focuses on waves and electromagnetism, starting with a look at the electric and magnetic forces and their sources, then moving to acoustic and electromagnetic waves, and ending with an overview of geometrical optics. By the end of the course, students should be armed with many of the tools they need to study physics in depth. The course of lectures will be modulated based on student aptitude and response. Fundamentals of quantum nd particle physics will be included subject to the availability of time.

The course begins with introduction to certain mathematical tools (vectors) necessary for understanding classical Newtonian mechanics as well as some basic topics in classical electronmagnetism. Then the course deals with objects in motion, including how to quantify and related characteristics such as force, velocity, momentum, energy, and power. The second half of the course focuss on waves and electronmagnetism, starting with a look at the electric and magnetic forces and their sources, then moving to acoustic and electronic magnetite waves, and ending with an overview of geometrical optics. By the end of the course, students should be armed with many of the tools they need to study physics in depth. The course of lessons will be modulated based on student aptitude and response. Fundamentals of quantum nd particle physics will be included subject to the availability of time.

Physics: Principles with Application - 7th edition by Douglas Giancoli

Physics: Principles with Application - 7th edition by Douglas Giancoli