Physics-oriented introductory programming; basics of programming and applications of programming for physics; programming in the context of physics, such as variables, expressions, flow control, functions and data visualization, applied to physics topics such as energy minimization, Newtonian dynamics and chaos Credits 3. 3 Lecture Hours.
Physics-oriented introductory programming; basics of programming and applications of programming for physics; programming in the context of physics, such as variables, expressions, flow control, functions and data visualization, applied to physics topics such as energy minimization, Newtonian dynamics and chaos Credits 3. 3 Lecture Hours.
