The Gravitational Field – use of multimedia in teaching physics

Welcome to the web pages about our multimedia presentation!
We hope you enjoy a small trip into the world of physics.
Our presentation is about the gravitational field of the Earth and Sun.
You get to know which laws affect the movements of bodies on the Earth's surface and on its orbits.
 
Show Czech version.
The project was created with the support of
AV Media - visual communication
Download
You can download here the most actual Czech and English version of our multimedia presentation.
Platform:  Windows  Mac OS  Linux*
Czech versiongpole_cz.exe (3082 kB)gpole_cz.hqx (4644 kB)gpole_cz.swf (2102 kB)
English versiongpole_en.exe (3098 kB)gpole_en.hqx (4665 kB)gpole_en.swf (2118 kB)
   * You need Flash Player 6 (684 kB) for running multimedia presentation under Linux.
 
You can download also both Czech and English texts of The Gravitational Field in Adobe PDF.
   Czech version: texty_cz.pdf (507 kB)
   English version: texty_en.pdf (449 kB)
 
The last thing you can download here is the user's guide to the multimedia presentation in Adobe PDF.
   Czech version: manual_cz.pdf (678 kB)
   English version: manual_en.pdf (613 kB)
Do you use the multimedia presentation? 
You can download the multimedia presentation on this page for free.
If you want to appreciate its authors, you can send us an arbitrary amount of money after the agreement through janhrncir@seznam.cz.
Thank you very much.
Cooperate with us!
Do you want to become the co-authors of the project?
Do you want to have the multimedia presentation in your native language?
Help us with the translation to other languages!
If you want to translate our project, contact us on janhrncir@seznam.cz.
Click here for translation terms.
Authors
Students of the F. X. Šalda Grammar School, Partyzánská 530/3, 460 11 Liberec 11, Czech Republic
Jan Hrnčíř
main programmer and animator, graphic designer, sound editor
email: janhrncir@seznam.cz
Martin Klejch
translator, text editor
email: martin.klejch@seznam.cz
František Doseděl
text editor, team psychologist, mascot
email: akirfa@centrum.cz
Samples from the multimedia presentation
        
Short description of the project
The multimedia presentation The Gravitational Field describes the behaviour of bodies in the gravitational field of Earth and Sun. The texts are supplemented with images and physical formulas. The users can test their new knowledge on physical problems with solution. The presentation also contains the simulations of the bodies' movements. The users can affect the simulations by substituting their own input parameters.
The multimedia presentation is designed for teaching physics at secondary schools. It can be used in physics lessons with the data projector or with the touch board. The students can also use the presentation at home.
We used it for teaching physics at our school. The students appreciated objective simulations which helped them to understand the relations and the movements in the gravitational field. The research showed that the students enjoy learning with multimedia presentations and that teaching with multimedia presentations is very objective and effective.
Brief presentation's content
1. Gravitational field
1. Newton's law of gravitation (U)
2. Intensity of the gravitational field (U)
3. Central gravitational field (U)
4. Homogenous gravitational field
2. Gravitational and gravity acceleration
1. Gravitational and gravity force (S) (U)
2. Gravity force and body's weight
3. Body's movements in homogenous gravitational field
1. Free fall (S) (U)
2. Vertical throw upwards (S) (U)
3. Horizontal throw (S) (U)
4. Oblique throw upwards (S) (U)
5. Security parabola (S)
6. Oblique throw upwards with indispensable air resistance (S)
4. Body's movements in central Earth's gravitational field
1. Circular rate (S) (U)
2. Escape velocity
5. Body's movements in central Sun's gravitational field
1. First Kepler's law
2. Second Kepler's law (S)
3. Third Kepler's law (U)
4. Solar system
6. Summary
Glossary:
Chapters labelled with (S) have enclosed simulation of the involved physical effect.
Chapters labelled with (U) have enclosed physical problem, where users can test their new knowledge.

Last update: 1. 6. 2007

© Jan Hrncir, 2005 – 2007