The CPU
Simulation Software is a set
of physics Java applets designed to complement and extend
hands-on laboratory activities in physical science in a wide
variety of contexts. The simulators provide students with
both phenomenological and conceptual (model-based) evidence
to help them develop robust and valid ideas in physical
science. For example, students can use the simulators to
represent their predictions regarding the outcomes of
experiments (either hands-on or virtual). Then they can test
their predictions by running simulations. Every simulator comes with an
easy-to-use Help
feature that documents the
full capabilities of the simulator. See the example
Help
Menu for the Dipole
Playground
simulator. The CPU Simulation Software runs under
both Windows and Macintosh operating systems. See the
System
Requirements for more details. Below is a list of all of the software
programs included with the CPU Simulation Software. To view brief
descriptions of the programs, click on the program names. You can also
visit our online
site for CPU simulators, which also includes detailed tutorials
for most of the simulators. You can also download
and install the simulators on your computer (read the Read
Me document first)
General
Simulator Features LIGHT AND
COLOR STATIC
ELECTRICITY & MAGNETISM WAVES AND
SOUND SMALL
PARTICLE MODEL
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Current
Electricity Sim: A Detailed
Look
Using
the Help Feature
Shadows
& Pinholes Sim
Reflection
& Refraction Sim
Mirror
Images Sim
Lens
Images Sim
Color
Beams SimElectric
& Magnetic Fields Sim
Electrostatic
Workbench Sim
Electrophorus
Sim
Faraday
Pail Sim
Dipole
Playground Sim
Coulomb
Force Lab Sim
Ripple
Lab Sim
Sound
Lab SimPressure
Sim
Ideal
Gas Sim
Gas
Diffusion Sim
Evaporation
Sim
Freezing/Melting
Sim
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