Physlet Physics 3e
Simulation-based physics educational resources for introductory courses. Topics covered include mechanics, E&M, Fluids, Waves, Thermodynamics, Optics. The student-driven activities are divided into Illustrations, giving an introduction to the topic, Explorations, allowing students to investigate the physics, and Problems, that test the quantitative understanding of the students....Show More
- Comments (3) Comments
- Learning Exercises (3) Learning Exercises
- Bookmark Collections (53) Bookmark Collections
- Course ePortfolios (9) Course ePortfolios
- Accessibility Info
More about this material
Disciplines with similar materials as Physlet Physics 3e
People who viewed this also viewed
Chuck Bennett (Faculty)
Individual Physlets can intercommunicate; for example, the Animator4 physlet can
display motion as the DataGraph4 physlet plots it. The details of how this
occurs are controlled by your scripts, and thus may be completely customized
according to your pedagogical goals.
More importantly, Phylets allow you to go beyond the typical Java simulation
by creating applications that require active participation from the
student. Students can be asked to analyze motion using parameters that
must be inferred from "measurements" taken from the computer
The authors have recently published a
that provides a wealth of tutorial and pedagogical information.
and effectiveness a particular Physlet application has much more to do with the
associated scripts than with any particular Physlet.
Getting started with your first Physlet application can be a bit
daunting. The very best approach is to copy the source (just right-click
on the browser screen) from an application you want to use. You can
download the java archives (jar files) if you want to host the application on
Most folks with just a bit of programming background will find it easy to modify
existing scripts to produce customized applications. The Physlet book and
the Physlet website have tons of example script to start with.
Sam Luu (Student)