This is the first term of a two-semester introductory calculus-based physics sequence. It is a comprehensive study of nuclear phenomena, waves, geometric and physical optics, and mechanics designed to provide a solid foundation in physics principles and problem-solving techniques for selected cadets whose skills in mathematics and science are sufficiently mature to allow greater illustration of important principles. The course consists of an in-depth study of radioactivity, oscillations, mechanical and electromagnetic waves, geometric optics, lasers, the laws of motion (including special relativity) as applied to simple physical systems undergoing translational and rotational motion and fluid mechanics. An integrated laboratory program introduces basic experimental techniques and serves to stimulate intellectual curiosity by connecting physics to the design and function of simple military hardware. The course is structured around a military storyline that demonstrates the relevance of physics to the technology of the 21st Century Army and includes opportunities for cadets to select topics for advanced instruction.
This is the first course of a two-semester introductory calculus-based physics sequence. It is a comprehensive study of mechanics, geometric optics, and wave optics designed to provide a solid foundation in physics principles and problem-solving techniques for selected cadets whose skills in mathematics and science are sufficiently mature to allow greater illustration of important principles. The course consists of an in-depth study of the laws of motion as applied to simple physical systems undergoing translational and rotational motion, geometric optics, wave optics, and lasers. An integrated laboratory program illustrates basic scientific principles and serves to stimulate intellectual curiosity. The program is structured around a military storyline that demonstrates relevancy of the physics to the technology of the Army of the 21st Century.
