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Earth Observatory
http://earthobservatory.nasa.gov/
You are now in the Experiments section. Listed below are
interactive experiments that can be used to teach all ages about the art and
science of space-based Remote Sensing. The experiments focus on how NASA uses
Remote Sensing to study how and why Earth changes.
Global Warming
The Earth’s average temperature rose by more than half a degree Celsius over the
last century. What caused this change? Join NASA’s Earth Observatory Team in an
investigation into the causes and effects of global warming.
Image
Composite Editor (ICE)
The Image Composite
Editor is designed to be an easy first step into the realm of Earth system
science, image processing, data analysis, and satellite remote sensing via your
Web browser. ICE is a java applet with several modes for analysing remote
sensing data, including color image composites with multiple wavelengths,
display of time series, mathematical functions between multiple datasets, and
analysis tools such as scatterplots and histograms.
Patterns of
Change
These twelve activities, using Quicktime movies and 3-D snapshots of Earth,
allow students and educators to observe our planet's patterns of change, over
time and space, and to think critically about what might be the causes and
effects of those changes. The activities can be used independently of one
another or as a series.
Mission: Biomes
The following two activities are designed for teachers to use in classrooms as
supplementary, interdisciplinary units. Mission: Biomes is especially
appropriate for grades 3 through 8, and is designed to be interactive and
self-correction which will allow each student to work at his or her own pace.
Fire Detection
with False-Color Images
Build a composite false-image of a scene of the Amazon rainforest
using 3 of the fifty bands provided by the MODIS Airborne Simulator (MAS)
Compositer. Learn how various bands of the electromagnetic spectrum can be
combined to show things that the normal human eye can’t detect. In this case
it’s the difference between fire, smoke, and clouds.
Earthquake!
This pair of lessons uses
satellite imagery to investigate earthquake faults near San Francisco,
California. Urban Sprawl asks students to compare maps of earthquake
locations to regions of urban growth shown by satellite data. Students evaluate
recent seismic activity near geologic faults in Active or Not? That Is The
Question.
EARTH |
MOOON |
SUN |
PLANETS |
Sun, Earth,
Moon:
Orbit,
Eclipses,
On Moon,
On Sun,
Moon Phases
Stuff involving these three heavenly bodies.
BUILD A SOLAR SYSTEM - The Exploratorium The Exploratorium
Landsat Map
SOLAR SYSTEM (JAVA APPLET) - UCLA |
Lunar
phases
Welcome to
Earth and Moon Viewer or John
Walker's Home Page
LUNAR
PERIGEE AND APOGEE CALCULATOR - J. Walker
Sun, Earth,
Moon:
Orbit,
Eclipses,
On Moon,
On Sun,
Moon Phases
Stuff involving these three heavenly bodies |
Stellar
Parallax Measure the distance to nearby stars using stellar parallax,
then plot them on a Hertzsprung-Russell diagram.
Wobble
Look at the redshift of stars and try to determine if there are large
planets influencing them.
Equivalent Width
Measuring Applet for Stellar Spectra Displays stellar spectral lines
and allows you to determine the continuum.
Blackbody Curve
and Stellar Spectra measure the temperature and total flux.
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3D
Jupiter Simulation 3D Jupiter and its four largest moons.
and its moons >
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Many MoonsWatchVisible Sky
Virtual Planetarium
Stars, constellations, planets.
Emory
Intro to Astronomy
sky
atlas
Lunar and Planetary Laboratory
Visible Sky
Applet visible sky polar chart, with the sun, moon, 4
planets and 56 stars |
SOLAR SYSTEM (JAVA APPLET) - E. L. Gans, Department of French, UCLA
!VERY COOL!!
Another one (with comet)
SOLAR SYSTEM SIMULATOR - Jet Propulsion
Laboratory (JPL), NASA
Solar System
Simulation Requires Java3D
for Java Plugin
Astronomy
161: the solar system
Solar System Simulator
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Astronomical
Data Viewers
ASTRONOMICAL
DISTANCES
Astro-Physical
Units
Julian Date Conversion
Astronomical Data
Sunset/Sunrise, Moon Phases in Real-Time, etc.
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Einstein&s
Relativity:
The house
What happens when you move very very
RELATIVITY fast?
Mercator
which however mixes up the relativistic distortion with the fish-eye
distortion that comes from the Mercator Projection of the sphere.
Light Speed! Daniel
Richard G.'s does a snazzy job. It offers many options you can
turn on or off, including colour shifts. Requires OpenGL.
Warp Adam Auton's
is an interactive simulator with many options, and a nice tutorial.
Requires Windows and OpenGL.
Relativistic Flight Simulation
relativistic
starflight
relativistic
ray-tracing site
Nobel e-Museum: Relativity a basic, non-technical introduction to
the development of special relativity
Einstein's
Relativity: The Special and General Theory
Special Relativity Invalid?
Wilkinson Microwave
Anisotropy Probe (WMAP)
MacTutor History of Mathematics: Special Relativity by Professor
Edmund Robertson and Dr. John J. O'Connor of the University of St. Andrews
in Scotland
Acceleration in Special Relativity
http://library.thinkquest.org/28327/main/cockpit.html
Laser Interferometer Gravitational
Wave Observatory (LIGO) at MIT
Vitual
cockpit tour of the solar system
Backlight
Video
Life,
the Universe, and the Electron - Do you know what an electron is?
Or how electrons can be used to see on a microscopic level? This well-designed
site is a celebration of the centenary of the discovery of the electron.
www.colos.org
http://library.thinkquest.org/28327/main/cockpit.html
The ABCs of Nuclear Science
- A soup-to-nuts site exploring the atom, with a detailed glossary and
many activities and high-school level experiments. This site requires
frames and, due to its horizontal layout, may be hard to view on small
monitors. paper airplanes.
Radio Interferometer
Ballistic simulator
fun @ learning . physics
Vibe oscillator simulator
Momentum
game
The Pendulum
Lab
Angular momentum conservation
N-body simulation
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