Thermal Physics 
related subjects: Automotive animations and java applets,
Thermodynamics animations |
|
4
takt Otto motor 4 takt Otto motor |
|
Boil water
with Shockwave energy |
|
Boyle by bike |
|
Boyle's law:
animated |
|
Boyle's law
Loi de Boyle Mariotte, en Français |
|
Calorimetry
calorimetry java applets |
| Carnot
cycle Carnot cycle |
|
Carnot
cycle adiabatic compression, isothermal
expansion at high temperature, adiabatic expansion, isothermal compression at
low temperature T1 |
|
Carnot
cycle |
|
Carnot heat engine (cycle)
the physics processes of a Carnot heat engine, Thermal Physics |
|
Combustion
demonstrations combustion
demonstrations |
|
Conduction & Convection |
|
Diesel
engine and diesel cycle Diesel
engine and diesel cycle |
|
Eqilibrium |
|
Evaporative
cooling in a Bose-Einstein condensation Bose-Einstein condensation |
|
Four stroke
cycle Intake Stroke, Compression Stroke, Power Stroke and Exhaust Stroke |
|
Heat Capacity of a Calorimeter In calorimetry it is often desirable to know
the heat capacity of the calorimeter itself rather than the heat capacity of the
entire calorimeter system (calorimeter and water), ... |
|
Heat engines |
|
Heat of Reaction |
|
Heat of Solution |
|
Heat Transfer between Metal and Water |
|
Kolben
dampfmaschine ( Dampflokomotive ) in German, (Piston steam engine) |
|
Otto
cycle Otto cycle |
|
Planck
law Planck radiation law curves for arbitrary temperatures in the range
3000-30,000 K |
|
Pressure
chamber in this series of experiments, you can control the action of a piston in a pressure chamber which is filled with an ideal gas. The gas is
defined by four states: temperature, volume or density, pressure, molecular weight |
|
PV diagram |
|
PV diagram |
|
Refrigerators diagram |
|
Thermal Convection
of a Liquid Demo |
|
Thermal Expansion This document introduces the Thermal Expansion Experiment |
|
Thermal
radiation |
| Thermodynamic
equilibrium this applet is designed to simulate the diffusion process
which occurs when gases of different temperatures are mixed |
|
Thermodynamics this applet presents a simulation of four simple
transformations in a contained ideal monoatomic or diatomic gas. The user
chooses the type of transformation and, depending on the type of
transformation, adds or removes heat, or adjusts the gas volume manually.
The applet displays the values of the three variables of state P, V, and T,
as well as a P-V or P-T graph in real time, animation |
|
Horizontaal |
|
Microwave oven animations
related subject: Microwave oven |
|
Cooking "Nodes"
in a Microwave Oven |
|
Cyclotron |
|
Cyclotron en Français |
|
Cyclotron animation,
en Français |
|
Dipole Molecule
in a Changing Field |
|
Microwave oven
Microwave oven |
|
Temperature of a
potato as a function of time This model analyzes the temperature of a potato
as a function of time as it is heated in a central position near the oven floor |
|
Water in a
microwave This applet demonstrates how a microwave field makes a water
molecule oscillate back and forth, leading to heating in food, animation |
|
Horizontaal |
| |
|
|
Home
|
Site Map
|
Email: info[add]educypedia.be
Last updated on:
2010-01-01
|
Copyright © 2000-2010 Educypedia.
http://www.educypedia.be
|
| |
