banner
The following run-time books relate to this course. Click on the book cover image for more information.
Information on Physics-1 Information on Physics-T Information on DynaLab

Physics 1 Online Course Outline

the latestIMPORTANT CHANGE
The incessant spamming we got by having our email address published in the "Are there any questions?" mailto links on the pages in this website forced us to place an impediment to the automated email address gathering programs out there. If you click on a question mail link your mail handler should open up with a To: address in the form xxxxxAxxxx.com. You will need to replace the A with the @ symbol before you can send the question. If you try to send the question with the A in the address it is likely that your mail handler will complain to remind you that the address is illegal. Click on the "Our support folks" link at the bottom of this page for an example.

The Java War Those of us who write online material including Java applets, and those of you who need to run those applets are caught in the crossfire of the Java war. Microsoft tried to take over the Java virtual machine business a few years ago and failed. Sun Microsystems, the original Java company, won that battle and Microsoft is giving up, abandoning their Java technology and their support for Java. All new computers will now be shipped with the Sun Java runtime environment(JRE). That means that when websites are updated, the authors must make a choice about whether or not to move up to the modern Java language, not constrained by the limitations of the Microsoft virtual machine. At M. Casco we have decided to move on, since the move will be have to be made sooner or later. Consequently if you have a computer shipped before 2004, you will probably need to download a free Java plugin from Sun and install it on your computer in order to use the applets included on this website. We apologize for any inconvenience. It seems that this is one of the prices we have to pay as customers for progress in the technology marketplace.

Introduction

Measurement in Mechanics

Rate of Change

Motion in One Dimension

Constant Acceleration in One Dimension

Vector Arithmetic

Motion in Two Dimensions

Newton's Laws of Motion

Applying Newton's Laws of Motion

Circular Motion

Work and Kinetic Energy

Potential Energy and Fields

Systems of Many Particles

Linear Momentum and Collisions

Rotation

Rotational Dynamics

Equilbrium and Elasticity

Vibration

Gravity

Fluid Mechanics

Mechanical Waves