All exercises in Dynamic Models in Physics have been completed and will be ported to Virtlab at a later date.
Dynamic Models in Physics
Volume I: Mechanics
Frank Potter, University of California, Irvine
Charles W. Peck, California Institute of Technology
First-year students of mechanics are confronted with numerous physical processes easily represented as second-order differential equations. Dynamic Models in Physics
offers such students the opportunity to tangibly interact with Newton's laws of
motion and to observe the consequences of these laws even when analytic solutions
do not exist or are beyond the abilities of most beginning students.
Students learn how to
- Solve Newton's second law of motion numerically even in situations where no analytic
- Build and explore computer simulations of laboratory apparatus such as inclined
planes, colliding pucks, pendulums, pulleys, and other devices and examine the behavior
of conservative and nonconservative mechanical systems by dynamically altering physical
parameters to see new behavior.
- Solve problems including both translational and rotational motions.
Table of Contents
- CHAPTER 1: Getting Started
- CHAPTER 2: Motion
- CHAPTER 3: Forces
- CHAPTER 4: Work, Energy and Momentum
- CHAPTER 5: Rotational Motion
- CHAPTER 6: Periodic Motion