Blue Web'n Search Results for: Science (Physics) 63 Sites Found

Amusement Park Physics
http://www.learner.org/exhibits/parkphysics/
Amusement park rides use physical laws to simulate danger. How does physics affect amusement park ride design? In this exhibit, you'll have a chance to find out by designing your own roller coaster. You can also experiment with bumper car collisions. Check the physics glossary to find terms used in this exhibit. Copyright Annenberg/CPB (Center for Public Broadcasting). Includes history of coasters, related links, info on carousels, concepts of free fall and pendulum, as well as safety factors. (added 9/15/03 , reviewed 9/15/03 )

Atoms Family (Miami Museum of Science)
http://www.miamisci.org/af/sln/
The Atoms Family exhibit is currently on display at The Miami Museum of Science. This resource contains lessons and activities relating to different forms of energy. Each is presented by a famous gothic horror character.  The Mummy's Tomb: Learn about energy conservation, kinetic, and potential energy. Phantom's Portrait Parlor: principles of atoms and matter. Dracula's Library: properties of light, waves, and particles. Wolf Man's Ghostly Graveyard: fuel conservation and energy transfer. Frankenstein's Lightning Laboratory: different forms of electricity and electrical safety. Requires javascript. Something for all grades, K-12! (added 1/26/04 , reviewed 1/26/04 )

Autoshop101 - Automotive Training Resource Site
http://www.autoshop101.com
Automotive training support for Automotive technicians, students, and teachers.E Online ASEE style electrical practice tests, technical articles, online tutorials, etc. All items can beE used for education purposes; students and teachers can reprint materials for classE use. Toyota supports education, their only requirement is that their copyright remain on the document and that their work not be modified. (added 9/15/01 , reviewed 2/27/04 )

Brookhaven National Laboratory Relativistic Heavy Ion Collider
http://www.bnl.gov/RHIC/
Students of many ages study ions. But what happens when you smash an ion? And how would you do it? Brookhaven National Lab has created a virtual tour of its Relativistic Heavy Ion Collider, which recently began operation. Learn about construction techniques, and what is being studied as the ions fly around the RHIC "Racetrack." More importantly,introduce your students to cutting edge research. (added 7/7/00 , reviewed 3/1/06 )

Center for the History of Physics
http://www.aip.org/history/
The mission of this site is to make known the history of modern physics and allied fields including astronomy, geophysics, and optics. Virtual exhibits highlight the discovery of the electron, Albert Einstein, and Werner Heisenberg, the founder of Quantum Mechanics. Advanced physics instructors can view sample syllabi for History of Physics courses. An online photo archive is available with pictures of leading physicists. The American Institute of Physics. (added 9/29/00 , reviewed 3/8/04 )

Fermilabyrinth
http://www-ed.fnal.gov/projects/labyrinth/games/index1.html
Part of a much larger site, the games are outstanding. Fermilabyrinth was developed at Fermi National Accelerator Laboratory, operated by Universities Research Association, Inc. under contract with the United States Department of Energy. Students from the Illinois Math and Science Academy worked under the mentorship of Liz Quigg to develop some of the games. Also available in Dutch , Slovac , and German; as it Physics in English aren't challenging enough! These games will require extensive use of the brain and Shockwave. (added 4/19/03 , reviewed 4/19/03 )

International Boiling Point Project
http://k12science.stevens-tech.edu/curriculum/boilproj/
In this international physical science experiment, students collect, share, and analyze data to determine what factors influence the boiling point of water. The Web site includes instructions, lesson plans, curriculum standards, and more. This project is managed by the Center for Improved Engineering and Science Education (CIESE) located at Stevens Institute of Technology in Hoboken, New Jersey. See their Global Water Sampling Project for another great collaborative science project. (added 9/4/99 , reviewed 9/16/99 )

Physics Central
http://www.physicscentral.com/
With different types of resources available, this webste from the American Physical Society covers a variety of needs of physics teachers at all levels. For high school and college students, the features from Physics in Action and People in Physics let students see how physics applies to the real world.If you're teaching younger students, look at the Physics Links, with links to outside resources designated beginner, general(for students in high school physics), and advanced. Check out the Interactive section for ideas for all classrooms. Physics history resources are also linked. (added 6/18/01 , reviewed 6/18/01 )

Skateboard Science
http://www.exploratorium.edu/skateboarding/
Momentum, gravity, friction, and centripetal force have never been so interesting. This online exhibit from the Exploratorium explains how skateboarders seemingly break the laws of gravity with tricks shown and explained in physics terms. The site includes a video webcast, glossary, and information about equipment. (added 7/16/99 , reviewed 7/22/99 )

Strange Matter
http://www.StrangeMatterExhibit.com
Strange Matter explores the world of materials science, and investigate the structure, properties, processing, and performance of "everyday stuff". The site features online interactive activities, resources for teachers and parents, experiments that can be done at home or in the classroom, and video interviews with materials scientists. The Web site was developed by the Ontario Science Centre in conjunction with the Materials Research Society and the National Science Foundation. (added 8/4/03 , reviewed 8/4/03 )

The Little Shop of Physics: Online Experiments
http://littleshop.physics.colostate.edu/Experiments.html
Colorado State has some great experiments here. Choose from experiments using common household items, experiments you can do with your computer, or shockwave experiments (requiring a shockwave plugin that works with your browser). Demonstrate Bernoulli's principle or find out how those annoying sounds are generated by the Emergency Broadcast System. Enjoy these fun activities for all ages. (added 2/6/02 , reviewed 4/13/02 )

The Science of Hockey
http://www.exploratorium.edu/hockey
Developed by the Exploratorium with the assistance of the NHL's San Jose Sharks, this site takes you inside the sport and explains the science behind the world's fastest game. The site contains RealVideo and Audio interviews with top scientists and NHL players and coaches. Part of the Exploratorium's Sport! Science site. (added 5/16/97 , reviewed 4/22/99 )

Adventures of Echo the Bat
http://imagers.gsfc.nasa.gov/echohome.html
The Adventure of Echo the Bat is a program with both online and classroom components. It teaches "understanding light" and the "electromagnetic spectrum" as a foundation for Remote Sensing. The site is supported with a teacher's guide that includes lesson plans, classroom activities, and reproducibles.  A joint project with NASA Goddard Space Flight Center and the U.S.G.S. Biological Resources Division. (added 4/29/03 , reviewed 4/29/03 )

ASPIRE (University of Utah)
http://sunshine.chpc.utah.edu/
Interactive lessons on the galaxy, Force and Motion, relating volume, temperature, and pressure, cosmic rays, Kinetic Energy, Lunar Phases (also in Spanish), Machines, Momentum, the atmosphere, refraction, scientific method, scientific notation, seasons, seismic waves, stars, tides, and waves. Teachers can register (free) and receive email notification of new activities, free utilities like the Quiz Manager and technical support. Really cool stuff! (added 10/8/07 , reviewed 10/8/07 )

Atmospheric Optics
http://www.atoptics.co.uk/
Scientific overview of light playing on water drops, dust or ice crystals in the atmosphere thus producing  a host of visual spectacles -  rainbows, halos, glories, coronas and many more.  Some can be seen almost every day or so, some are once in a lifetime sights. Find out where to see them and how they form. Most sections are pretty indepth. Includes photos. (added 2/13/04 , reviewed 3/29/06 )

Benjamin Franklin : Glimpses of the Man
http://sln.fi.edu/franklin/
Start here to find out almost everything there is to know about Benjamin Franklin, the inventor, philosopher, writer, and diplomat. Includes lesson plans (ie. solar energy, electricity, and hot air balloon experiments) that focus on current implementations of Franklin's ideas. By the Franklin Institute. (added 3/9/97 , reviewed 4/22/99 )

Dare to Fly with Class
http://www.geocities.com/daretofly2001/
Here's an engaging project for grades 3-5. Students love to fly paper airplanes, so mix a little scholarship in with the fun. Cover the four forces of flight: lift, drag, thrust, and weight (gravity) and have students chart the results of their efforts. Registration ends February 1, 2002 with results due no later than February 28. (added 8/3/01 , reviewed 8/3/01 )

Edheads - Simple Machines Activities
http://www.edheads.org/activities/simple-machines/
Edheads want to create innovative, interactive experiences that are engaging and promote critical thinking skills. They do this by designing applications that make hard-to-teach concepts understandable using the power and interactivity of the Internet. All the activities at the Edheads site will have connections to National and State standards in their teacher sections. Right now, it consists of "Simple Machines" which promotes exploring and identifying over 50 different machines, from the super simple to the hideously hard! They are also looking for ideas for development so don't forget to take the Teacher Survey!
(added 1/31/03 , reviewed 1/31/03 )

Eric Weisstein's World of Science
http://scienceworld.wolfram.com/
Eric Weisstein's World of Science contains "budding encyclopedias" of astronomy (587 entries), scientific biography (1,069 entries), chemistry (495 entries), physics (2,695 entries), and math (11,364 entries). Includes a search engine, cross-references, figures, and occasional animated graphics or Java applets. Sponsored by Wolfram Research. (added 6/20/03 , reviewed 6/20/03 )

Explore Science
http://www.explorescience.com/
Nuclear physicist and educator Raman Pfaff created these interactive simulations to help students visualize physics and life science concepts. The Shockwave Plug-in is required, and the site can be easily downloaded for those with a slow Internet connection. The simulations should fit in with typical labs or demonstrations. (added 4/3/98 , reviewed 5/1/99 )

Fear of Physics
http://www.fearofphysics.com
As the creators of this website say "We created this site to be a friendly, non-technical place for you to come and "play" with the laws of physics for a while." For Elementary School teachers, this gives you ways to better explain the physics of the world around us. Middle School and High school students can try the different simulations, including Sound, Making your Jump Shot, and Zero G. Illustrations will appeal to students as something they could accomplish, and the explanations let everyone gain a better understanding of physics (added 9/7/01 , reviewed 9/7/01 )

Fuel Cells and Energy (GM)
http://www.gm.com/company/gmability/edu_k-12/5-8/fc_energy/autonomy_hywire_011303.html
The secret to harnessing hydrogen's power is the fuel cell.The fuel cell's only emissions are water vapor and heat. The power produced can be used to run electric motors. From General Motors, this site is part of their larger K-12 educational offerings. Take an interactive tour, use links to related articles from other web sites, read an interview with a fuel cell engineer, play games afterward to test what was learned. Although located in the grades 5-8 section, it can be enjoyed and used by a wider audience. Lesson plan ideas involving energy can be found at http://www.gm.com/company/gmability/edu_k-12/teachers/plans/index.html (added 5/2/03 , reviewed 9/25/03 )

How Far Does Light Go?
http://www.kie.berkeley.edu/KIE/web/hf.html
From Philip Bell of U.C. Berkeley's Knowledge Integration Environment Project, this debate project engages students in an examination of the scientific properties of light using relevant evidence from the Web. It culminates in an informal classroom debate where groups present their arguments and respond to questions from other students. According to Bell, it "works very well as a culminating project where students have spent significant time learning about various properties of light through previous instruction." Be sure to see the extensive project description for teachers for goals, lesson plans, technical requirements, and more. (added 5/29/98 , reviewed 6/11/99 )

NIST Physical Reference data
http://physics.nist.gov/PhysRefData/contents.html
From the National Institute of Standards and Technology, this site links to physical constants, units, conversion factors, spectroscopic data, and much more. (added 11/7/96 , reviewed 5/1/99 )

Physics 2000
http://www.Colorado.EDU/physics/2000/
From the University of Colorado at Boulder, this site uses interactive Java applets and cartoon characters to introduce physics in a friendly way. Topics range from electromagnetic waves and particles to microwave ovens to classic classic experiments in atomic physics. (added 8/29/98 , reviewed 4/9/99 )

Physics Classroom (StudyWorks! Online)
http://www.physicsclassroom.com/
Hosted by Studyworks! Online and created by Tom Henderson, this site has lots of great stuff! Divided into three main sections: Physics Tutorial, Multimedia Physics Studio, and
Physics Help. Within each section there are numerous lessons, animations, and quizzes. Not only top-natch learning applications; but aesthectically pleasing too. (added 5/10/03 , reviewed 4/2/04 )

Physics Flash Animations
http://www.upscale.utoronto.ca/GeneralInterest/Harrison/Flash/
How does one exactly illustrate the principle of chaos? David M. Harrison of the Department of Physics at the University of Toronto, created this site for budding physicists and other interested parties. The site contains Flash animations that illustrate principles in such categories as optics, sound waves, vectors, and relativity. (added 9/11/06 , reviewed 9/11/06 )

Physics Quests
http://physicsquest.homestead.com/index.html
Web-based activities which allow students to explore and examine resources and then complete specific tasks such as writing essays, taking quizzes, creating diagrams, etc. Linear Motion, Projectile Motion, Forces and Newton's Second Law, Waves, Lawnmowers and Physics, Einstein, Roller Coaster Physics, Exploring the Planets, and A Comet's Tale are some of the topics covered. (added 9/2/03 , reviewed 9/2/03 )

Physics Zone
http://www.sciencejoywagon.com/physicszone/
For those that get it when they see a simulation, or when they are able to play a tutorial over and over, this site will be a valuable aid. Lessons, review materials, and solutions to workbooks created by this company. But, this website is open to all, so take advantage of the materials online. (added 3/18/02 , reviewed 3/8/04 )

Science Alliance
http://www.mtnbrook.k12.al.us/MBJH/webpages/science/Fiskj/webquest2.html
Here come the superheroes to save the day! This website was designed to engage students learning about the electromagnetic spectrum. Student teams create a super hero and sidekick using the powers of different waves of the spectrum. (added 11/10/01 , reviewed 11/10/01 )

SEED - Schlumberger Excellence in Educational Development
http://www.slb.com/seed
SEED offers learners a real world, real people context in which to develop their interest and excitement about science. The site includes articles about scientists and projects, experiments, teacher's guides, and an "Ask an Expert" feature. (added 5/9/99 , reviewed 5/13/99 )

The Exploratorium's Science of Baseball
http://www.exploratorium.edu/baseball
The latest in the Exploratorium's Sport Science series includes features on hitting a fastball, throwing a curve, putting something on the ball and more. (added 10/4/98 , reviewed 4/24/99 )

Unsolved Mysteries of Human Health: How Scientists Study Toxic Chemicals
http://www.unsolvedmysteries.oregonstate.edu
The Unsolved Mysteries features cutting edge research and tools currently used by environmental health scientists in the Environmental Health Sciences Center and Marine and Freshwater Biomedical Sciences Center at Oregon State University. Users of the website are challenged with an environmental mystery that they need to solve by using specialized analytical equipment. The website includes interactive lab tours, on-line quizzes, interviews and links to scientists, glossary, and additional resources. This website was created by the Community Outreach and Education Programs (COEPs) of the Environmental Health Sciences (EHS) Center and Marine and Freshwater Biomedical Sciences (MFBS) Center at Oregon State University. (added 1/18/05 , reviewed 1/25/05 )

WebElements
http://www.webelements.com/
The elements in this online periodic table are extensively linked to essential data, adjacent elements, and chemical & physical data as well as background, crystallographic, nuclear, electronic, biological and geological information. You can even hear a pronunciation! (added 11/25/95 , reviewed 7/9/99 )

Advanced Placement Digital Library for Biology, Physics and Chemistry
http://apdl.rice.edu/DesktopDefault.aspx
A National Science Foundation (NSF) funded project that provides access to a database of science resource links for teachers and students engaged in Advanced Placement (AP) and Pre-AP level classes. Resources are reviewed by experienced teachers and linked to specific topics commonly taught in these courses. Requires registration (free). (added 12/15/03 , reviewed 12/15/03 )

Antimatter: Mirror of the Universe
http://livefromcern.web.cern.ch/livefromcern/antimatter/index.html
CERN (European Organization for Nuclear Research) created this website to explain matter, antimatter, and their place in our lives to students of all ages. Learn how antimatter is manufactured, and how it may be used (examples are both from the real and fictional worlds.) Webcasts will be provided throughout the year with mini lectures on the physics of matter. (added 10/6/00 )

BrainPOP
http://www.brainpop.com/
Featuring animated movies that explain matters of health, science, and technology, this site offers useful information in kid-friendly packaging. The site includes banner ads. (added 7/9/99 , reviewed 7/16/99 )

Century of Physics (American Physical Society)
http://timeline.aps.org/APS/home_HighRes.html
Let's bring physics into the real world...this site highlights advances in physics over the last hundred years. Review the Panorama pages to view highlights, decade by decade. View these discoveries in context with political and artistic movements of the time. For a list of all the events listed, consult the Index. Entries are color coded to differentiate between discoveries on a cosmic scale, a human scale, or an atomic scale. (added 5/4/00 , reviewed 3/8/04 )

Constructor
http://www.sodaplay.com/constructor/index.htm
This site is kind of a two-dimensional erector set that lets you choose a shape, put it into motion, and then tweak it by taking away gravity, speeding it up and more. There are directions for this tool, but younger students could just go in and construct something, then write a story about it. High school and college students could use this when studying physics, evolution, or robotics. (added 4/10/00 , reviewed 11/28/05 )

EnergyNet Community Web
http://www.energynet.net
In this science project, "students evaluate their school's heating and lighting systems, and then share their data. Students thus form scientific research communities in which they learn about the production, cost, and management of the energy upon which both their school and their society depend." (added 1/17/96 , reviewed 7/28/99 )

Hanging Ten (Science Wire)
http://www.exploratorium.edu/theworld/surfing/index.html
When you hear the words "technology" and "surfing" in the same sentence, you might think of the internet before  you think of the ocean. But those two words go together to help wave riders predict whether worthwhile swells are heading their way. By looking at satellite and climate data that's available on the Web, surfers can follow storms into shore and be there in time to catch the biggest waves. Topics include: basics behind the formation of ocean wave; physics of surfing; how tides affect surf; forecasting surf; the earth's hydrosphere; weather information and background on wave formation and other stuff surfers care about. It's mostly text with a few graphics, videos, and some offline activities. (added 12/8/03 , reviewed 12/8/03 )

Particle Adventure
http://pdg.lbl.gov/cpep/adventure.html
From the Particle Data Group, this site introduces the Standard Model theory of fundamental particles and forces. It explores the experimental evidence and the reasons physicists want to go beyond this theory. In addition, it provides information on particle decay, a brief history section, and materials to support classroom activities. (added 4/28/98 , reviewed 5/13/99 )

PhysLINK: The Ultimate Physics Resource
http://www.physlink.com/
This attractive resource site has well developed reference, societies, and publications sections, and also links to history, news, and fun sites as well. Visitors can subscribe to PhysLINK's Quotations mailing list for a weekly quote by e-mail. (added 1/16/98 , reviewed 5/15/99 )

Pilot to Physics
http://physicsweb.org/TIPTOP/
This general physics resource includes an Educational resources section. (added 5/15/96 , reviewed 7/28/99 )

Planet Quest
http://planetquest.jpl.nasa.gov/
Created at the Jet Propulsion Labs, this website offers online resources as well as offline activities for middle school and high school students. Highlighting the technology of interferometry (a method employing the interference of electromagnetic radiation to make highly precise measurements of the angle between the two rays of light), students can begin to understand how this technology can change our knowledge of the universe and the search for life on other planets. Virtual tours, 3D models and animations have been created to more clearly show students the work being done by JPL. (added 1/21/02 , reviewed 1/21/02 )

Rainbow Lab
http://www.geom.umn.edu/education/calc-init/rainbow/
How are rainbows formed? The University of Minnesota's Calculus Initiative has the inside scoop. Here your students will learn about reflection, refraction and how light travels. They will be able to calculate the path of a beam of light through a water droplet and predict the best viewing angle for observing the resulting rainbow. (added 3/3/97 , reviewed 5/23/99 )

Real Time Data Analysis
http://www.ramsey.k12.nj.us/webquest/projects/rhs/science/velocity/index.htm
Physics, mathematics, and the real world collide once more. This activity, which can be completed either in class or at home, gives students the opportunity to gather real time data from an airline flight, then graph and interpret the results. Teachers in younger grades might consider using this lesson to introduce some basic physics to students. (added 3/23/01 )

Satellites
http://www.thetech.org/exhibits_events/online/satellite/
Learn the what, why and how of man-made satellites, then build one of three Java-based satellites with the interactive construction sets. Includes information about Communications, Earth Remote Sensing, Weather, Global Positioning, and gallery lesson plans. From the Tech Museum of Innovation in San Jose, California. (added 4/9/99 , reviewed 4/15/99 )

Science of Spectroscopy
http://www.scienceofspectroscopy.info
This website guides students through a study of spectroscopy, beginning with an introduction to light and its properties, the electromagnetic spectrum, types of light both visible and invisible to the human eye, and the effects of light interaction with matter. The site includes descriptions of common spectroscopic analysis techniques, and applications of spectroscopy in consumer products, medicine and space science. Created by Michael A. Rooke and Stewart L. Mader. (added 9/10/04 , reviewed 9/10/04 )

Science Toys
http://www.scitoys.com/
Make toys at home with common household materials, often in only a few minutes, that demonstrate fascinating scientific principles. Looks like a great place for science project ideas. Among the projects: Magnetism (Pyrolytic graphite in mid-air, Gauss Rifle: A Magnetic Linear Accelerator, Curie-effect heat engine); Electromagnetism (electric motor in 10 minutes); Electrochemistry (plastic hydrogen bomb, build solar battery); Radio (quick and simple radio, Three-Penny Radio, Computer Controlled Transmitter); Thermodynamics (steam boat, rocket engine, simple solar powered heat engine). Other areas include Aerodynamics, Light and optics, and Biology. Web site created and maintained by Simon Quellen Field. (added 7/28/03 , reviewed 7/28/03 )

sodaplay
http://www.sodaplay.com/
More fun then science(?), sodaplay currently consists of two tools, sodarace and sodaconstructor. In sodarace, robots created by both humans and Artificial Intelligences race against each other over a variety of simulated terrains to determine how human creativity measures up against the best of machine learning. Sodaconstructor has two main modes, 1) "simulate" to animate and play with a model or. 2) "construct" to stop the animation so that you may add new masses and springs. Class diversion or full-on project, you decide! (added 5/19/03 , reviewed 1/25/05 )

Theater of Electricity
http://www.mos.org/sln/toe/toe.html
From Boston's Museum of Science, the Theater of Electricity offers an overview of how electricity works and a look at the historical use of electricity in scientific experiments. You'll find information on Tesla coils, Van deGraaff generators, and Ben Franklin's kite experiments. Videos clips and teacher resources are also available. (added 11/6/98 , reviewed 5/1/99 )

Tinfoil.com: Dedicated to the Preservation of Early Recorded Sound
http://www.tinfoil.com/
Would you like to hear the sounds of the early 20th century? Visit this website to hear the music of the times originally preserved on wax cylinder recordings. Students can learn about the early technology used to record sound and hear bands, singers and statesmen of the day. The Cylinder of the Month Archive links to a variety of sounds, both in WAV and Real format. (added 3/2/01 )

Energy Quest
http://www.energy.ca.gov/education
This site illuminates energy in all its forms. Loaded with games, puzzles, and other interactive fun, the site also includes extensive resources. From the California Energy Commission. (added 3/1/97 , reviewed 8/13/99 )

Franklin Institute's Energy Hotlist
http://sln.fi.edu/tfi/hotlists/energy.html
This good selection of links includes kinds of energy, energy issues, background information, images, teacher resources, and more. (added 12/11/95 , reviewed 4/22/99 )

High-Energy Astrophysics Learning Center
http://imagine.gsfc.nasa.gov/
The Learning Center provides information about high-energy astronomy for middle and highschool students and teachers. Includes teacher resources, and lesson plans for Physics, Mathematics, Astronomy, and Chemistry. (added 1/16/97 , reviewed 7/24/99 )

Intuitor Insultingly Stupid Movie Physics
http://intuitor.com/moviephysics/
According to the site: Technonerds go to movies strictly for entertainment, and of course, the most entertaining part comes after the movie when they can dissect, criticize, and argue the merits of every detail. However, when supposedly serious scenes totally disregard the laws of physics in blatantly obvious ways it's enough to make us retch. The motion picture industry has failed to police itself against the evils of bad physics... There's a list of movie physics blunders that are so common, they are referred to as Generic Movie Blunders. The site also offers reading recommendations, a rating system, movie reviews, and How to Use Movie Physics in the Classroom. What better way to rally students' interest in physics? (added 7/28/03 , reviewed 7/28/03 )

Light: A Learning Unit
http://www.gelighting.com/na/home/gela/students/index.htm
Created by General Electric, this Unit deals with Filaments, Prisms, Wattage, and Electricity. Hands-on activities and experiments are included. (added 7/8/02 , reviewed 7/8/02 )

Physics Classroom
http://www.glenbrook.k12.il.us/gbssci/phys/Class/BBoard.html
The Physics Classroom is a set of interactive, hypertext lessons covering the topic of motion. The site presents an exhaustive amount of physics principles in an easy-to-read style, complemented by informative graphics. Also included in each lesson is a set of "Check Your Understanding" questions with answers and explanations hidden within pop-up menus. From Glenbrook South High School in Illinois, this site is an ongoing effort to present physics content online in an interactive style. Copyright Tom Henderson, 1996-2002
(added 1/13/97 , reviewed 4/2/04 )

Roller Coaster Physics
http://www.pen.k12.va.us/Anthology/Pav/Science/Physics/book/home.html
Teacher Tony Wayne worried that a educators and community members "might not see the educational value in attending an amusement park for the purpose of doing lab work, " so he documented how he incorporates the the principles of roller coaster design in his curriculum. This online resource introduces the science of roller coasters, including weightlessness, hills and dips, and the physiological effects of acceleration. Instructional materials include roller coaster simulator instructions, field estimation tips, and amusement park labs. Part of Virginia's Physics Pavilion. (added 2/20/98 , reviewed 4/9/99 )

Science Teacher's Resources
http://chem.lapeer.org/
This web site is for science teachers to share ideas (labs, demonstrations, teaching tips, etc.). Topics are categorized by subject areas including: Chemistry I, Chemistry II, Biology I & Life Science, Biology II, and Physics. (added 7/2/96 , reviewed 7/28/99 )

The Satellite Site
http://www.thetech.org/exhibits/online/satellite/home.html
The Satellite Site from the Tech Museum of Innovation is a wonderful resource for teaching satellites and also walks students through the process of building a satellite, part by part. Text is written simply and is easy to read. These explanations and descriptions of satellites are supplemented with very clear graphics. Students can use this site as a resource or as guidelines for a project building a satellite. (added 9/11/02 , reviewed 9/11/02 )

Thrills and Chills Without the Spills -Rollercoaster Physics for Middle School
http://www.angelfire.com/on2/thrillsandchills
At this site create your dream roller coaster ride and test it in a virtual amusement park. Explore physics and math through a roller coaster design competition by building a working scale model. Compete on-line with other middle-school students. Also included is a scavenger hunt covering many different facts about roller coasters. The project will run from December 20 - April 17, 2000. (added 12/14/99 , reviewed 3/12/00 )