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Votes:0 Atom - The Incredible World NO FRAMES version BEZ RAMEK FRAMES version RAMKI 800x600 REQUIRED You are visitor on our pages. Read More Go to Site
Votes:0 Projectile motion refers to the motion of an object projected into the air at an angle. A few examples of this include a soccer ball begin kicked, a baseball begin thrown, or an athlete long jumping.
Even fireworks and water fountains are examples of projectile motion. In this lesson you will learn the fundamentals of projectile motion. You will be given examples and interesting facts. Finally, you will get to test your knowledge with a game called Water Balloons!. But first, here is a history of projectile motion Read More Go to Site
Votes:0 A machine is a tool used to make work easier. Simple machines are simple tools used to make work easier. Compound machines have two or more simple machines working together to make work easier. In science, work is defined as a force acting on an object to move it across a distance. Pushing, pulling, and lifting are common forms of work. Furniture movers do work when they move boxes. Gardeners do work when they pull weeds. Children do work when they go up and down on a see-saw. Machines make their work easier. The furniture movers use a ramp to slide boxes into a truck. The gardeners use a hand shovel to help break through the weeds. The children use a see-saw to go up and down. The ramp, the shovel, and the see-saw are simple machines. Inclined Plane A plane is a flat surface. For example, Read More Go to Site
Votes:0 We welcome you to Amuse Me: A
Website on the Physics of Amusement Parks. Although millions of people visit these
thrilling places, very few realize that each is one of the "world's largest physics
labs". Without this knowledge, many people still have questions about their riding
experience: What powers the roller coaster? What keeps a Ferris wheel steady? What cause
the feeling of weightlessness? …free fall? …being pushed forward? The answers to
all these questions and much more are contained on this site! For those who don't care for
roller coasters and such will still find the physics information useful. So, we encourage
everyone to board the ride, buckle up, and enjoy the ride! View the Flash Introduction This site is best viewed with . You can download
it by clickin Read More Go to Site
Votes:0 Interactive Physics on the World Wide Web What is Bang! Boing! Pop!? Bang! Boing! Pop! is an interactive physics tutor designed for use on the World Wide Web. Why Bang! Boing! Pop!? Physics can be intimidating, particularly when a student has little hands-on experience. Bang! Boing! Pop! places an emphasis on building physical intuition through interaction and relating specific concepts taught in mechanics to the broader idea of physical conservation. Who can use Bang! Boing! Pop!? Anyone can use Bang! Boing! Pop!, though it is best-suited for students in grades 7-12 with no previous experience in physics. How do I use Bang! Boing! Pop!? Bang! Boing! Pop! is designed for students to use at their own pace. Hypertext links the student through the physical concepts, including conservation, en Read More Go to Site
Votes:0 Growing Ice - Purpose: This experiment is used to show that frozen water expands. Materials 1 straw 1 small baby food jar red or blue food coloring a permanent marking pen a piece of clay the size of a marble Procedure Press the ball of clay into the bottom of the center of the jar. Fil the jar with water. Add four or five drops of food coloring and stir. Put the colored straw into the water and push it into the bottom lump of clay. Now the straw can stand on its own. Slowly pour all of the water out of the jar. Keep the water in the straw. Use the pen to mark the height of the water in the straw. Stick the jar in the freezer for about 4 hours or unil you see it's completely frozen. Don't toch while its in the freezer. Results What happened to the height of the water? The frozen water is a Read More Go to Site
Votes:0 Although alternative energy forms have become extremely popular, many people do not understand the basic science concepts that cause alternative energy forms to work. Believe it or not, the science behind how a car runs is remarkably similar to the way a nuclear power plant creates electricity. This web site provides knowledge of the science behind alternative energy forms, and compares alternative energy forms with traditional energy forms. Click on one of the four above pictures to see the following animation through software that you have. If you are unsure, click on the question mark. This picture detects and uses the appropriate software. Use Automatic Detection Use Plug-in Use Java Use GIF Choose an alternative energy form you would like to read about: Like to see our whole site on o Read More Go to Site
Votes:0 Please allow 5 seconds for the browser to reload. If your browser does not continue Press here if you are using Netscape 3.0 compatible or newer browser Else, press here . Read More Go to Site
Votes:0 Games and Fun Stuff Feedback Meeting Forum Created for the 1998 ThinkQuest Internet Contest Main Page About This Site Site Features Works Cited Disclaimer Feedback Guestbook FizziCalc [an error occurred while processing this directive] Topics Beginner Intermediate Advanced Cool Topics Reference Features Customize Search Games and Fun Stuff Meeting Forum Physics Links Fizzics Fizzle [an error occurred while processing this directive] [an error occurred while processing this directive] Content Topics Beginner This section is for students who have never been exposed to the world of physics before.
It is appropriate for elementary or junior high school/middle school students.
It is a great primer on the basic physical principles that control the way our world works.
In addition, explanations a Read More Go to Site
Votes:0 If your browser is not flash enabled, use one of the following links to enter: - - > English - - > Espa?ol ? Copyright Juan Camilo Dorado DurÁn Ngiam Jiquan Edmund Zhou A 1999 Thinkquest Project Read More Go to Site
Votes:0 Good Cocoa Purpose : To see which makes a better cup of cocoa-hot water or cold water and to
demonstrate spaces in water molecules. Materials: Two mugs Your favorite cocoa mix Two spoons Procedure : Fill one mug with hot water with the help of an adult. Fill the other mug
with cold water. Add two tablespoons of cocoa mix to each mug. Stir. Results: The cocoa mix in the hot water dissolves faster than the cocoa mix in the
cold water. Actually you may see big brown and black lumps in the mug with
cold water. Water molecules are naturally attracted to each other. When
they are close together, they stick. In the hot water, the water molecules
are moving faster and bouncing off the edges of the mug causing the cocoa
powder to break up and dissolve. In the cold water, the molecules aren't
moving Read More Go to Site
Votes:0 HowStuffWorks.com RSS Make HowStuffWorks your homepage | Get Newsletter Get Newsletter Search HowStuffWorks and the web: EXPLANATIONS • Auto • Communication • Computer • Electronics • Entertainment • Food & Recipes • Health • Home & Garden • Money • People • Science – Earth Science – Engineering – Life Science – Military – Physical Science – Space – Supernatural • Travel EXPERT REVIEWS Consumer Guide Auto Consumer Guide Products Mobil Travel Guide PRICES Shop HowStuffWorks REFERENCE Encyclopedia Maps VIDEO STUFF Featured Video BETA HSW Original Videos Main > Science > Engineering Browse the article How a Block and Tackle Works How a Block and Tackle Works by Marshall Brain Introducti Read More Go to Site
Votes:0 LADIES AND GENTLEMEN...THE INCLINED PLANE! Please Explore! Look at this COOL inclined plane machine! Oh my goodness...a definition: The inclined plane is a plane surface set at an angle, other than a right angle, against a horizontal surface. The inclined plane permits one to overcome a large resistance by applying a relatively small force through a longer distance than the load is to be raised. Ramps, sloping roads, chisels, hatchets, plows, air hammers, carpenter's planes---all of these are examples of the
fourth basic machine: The inclined plane and its active twin brother the wedge .
In the broadest sense, the wedge includes all devices for cutting and piercing---everything from a
kitchen knife to the 'Flying Wedge' of football, a play so effective in splitting the opponents' formation Read More Go to Site
Votes:0 Welcome to the Physics
of Toys This site is fun and it is science. Those two words hardly ever go together in the same sentence. We all like to play with toys, that is for sure. But...what is physics???? It is a great part of science that is all about gravity, force, motion and work. There we go again, work...with PLAY???? It all goes together and as you explore this site you'll soon know physics as well as you know play. There are experiements to do and a HUGE Bubble Contest to enter. Be sure to explore everything
and share with us as you learn. Yo-YO TOPS BUBBLES LASERS GLOSSARY TOYS IN SPACE Sign our Guest Book Teacher Page Send us mail! Our References and Meet the Authors Read More Go to Site
Votes:0 Welcome To Interesting Physics Phenomena! By: Joe Limone and Pat Bock Send us E-mail The following are topics you can find on our page: Learn the Basics Before Plunging Head First Into Physics The Doppler Effect: The Blare of a Passing Truck's Horn The Dynamics of a Curve Ball Why do Things Float? How Do Satellites Stay In Orbit? Physics Lingo Additional Pages WWW Board: Leave ideas or facts for other cyber physicists Take a Fun Physics Quiz Click Here to See a Few Great Related Links Physics' Formulae And Formulae Links Acknowledgements and Credits Search for keywords. [ CranfordPublicSchools | CranfordHighSchool | ThinkQuestContest | OtherCHS'97Teams ] Last Update on 07/31/97 at 9:35 p.m. In the matter of physics, the first lessons should contain nothing but what is experimental and inte Read More Go to Site
Votes:0 | Mirror Site | About Learn Physics Today | Write Us | 1. Basic Skills Please choose a calculator (see the status bar for explanation): Your browser doesn't support Java. Please use Java-enabled browser. 2. Velocity 3. Acceleration 4. Forces and Newton's Laws 5. Motion in Two Dimensions 6. Projectile and Periodic Motion 7. Lesson 1 Review 8. Waves 9. Sound 10. Light 11. Electric Forces 12. Electric Field 13. The Current 14. Basic Circuit 15. Advanced Circuit Colegio Franklin Delano
Roosevelt March, 1998 Read More Go to Site
Votes:0 Please choose a language: Prosze wybrac jezyk: Te strony byty utwozone dla ThinkQuest '99 przez Karoline , Ryana , i Elzbiete z pomoca trenera Pana Holcomba . This site was created for ThinkQuest '99 by Karolina , Ryan , and Elizabeth with coach Mr. Holcomb . Read More Go to Site
Votes:0 Lever Lever : A lever is a simple machine. A lever is a board or bar that rests on a turning point. This turning point is called the fulcrum. An object that a lever moves is called the load. The closer the object is to the fulcrum, the easier it is to move. Here is an example of a lever being used to move a rock. The rock is the load. The place that the board rests on is called the fulcrum. Using this lever makes the work of moving the rock a lot easier. Did you know that you have probably used a lever out on recess? These girls are using this simple machine to have fun on the playground. They are using the seesaw to make the work of lifting eachother easier. Examples of Levers: A hammer is a lever when it is used to pull a nail out of a piece of wood. Bottle openers Crow bars Try this exp Read More Go to Site
Votes:0 Inclined Plane Inclined Plane: An inclined plane is a simple machine. It is a flat surface that is higher on one end. You can use this machine to move an object to a lower or higher place. Inclined planes make the work of moving things easier. You would need less energy and force to move objects with an inclined plane. Examples of Inclined Planes: Ramp Slanted Road Path up a Hill Slide Try this experiment! Materials: Large books, ruler, one cup of rice inside a small plastic sandwich bag (closed with a twist tie), rubber band strip tied to the top of the bag Procedure: Stack the books in one pile. Lean one book against the other to create an inclined plane. Place the bag of rice on the table. While holding the end of the rubber band, lift the bag of rice straight up to the top of your book Read More Go to Site
Votes:0 Wheel and Axle Wheel and Axle: The wheel and axle is another simple machine. The axle is a rod that goes through the wheel. This lets the wheel turn. It is easy to move things from place to place with wheels and axles. You have probably seen a wheel and axle on a car. The axle turns when you put force on the wheel. Can you think of a different place that you might find a wheel and axle on a car besides what you see in this picture? How about the steering wheel or radio dials? In this picture, this girl is pulling a wagon that has wheels and axles. This simple machine makes it easier to move these items. She would have a lot more work to do if she didn't have the wagon. Examples of Wheels and Axles: Cars Roller Skates Wagons Door Knobs Gears in Watches, Clocks, and Bicycles return This site Read More Go to Site
Votes:0 Screw Screw: A screw is a simple machine that is made from another simple machine. It is actually an inclined plane that winds around itself. A screw has ridges and is not smooth like a nail. Some screws are used to lower and raise things. They are also used to hold objects together. The girl in this picture is taking a lid off of a jar. Jars use simple machines to hold the lids on the top. When you turn the lid, it raises or lowers. Where would I find an example of a screw? Jar Lids Light Bulbs Stools Clamps Jacks Wrenches Key Rings Spiral Staircase Try this experiment! Materials: Nine inch paper square, pencil, tape, marker, tabletop Procedure: Cut the square in half to make a right triangle. Use the marker to outline the diagonal side of the triangle. Now place the paper face down on th Read More Go to Site
Votes:0 Wedge Wedge: A wedge is a simple machine used to push two objects apart. A wedge is made up of two inclined planes. These planes meet and form a sharp edge. This edge can split things apart. You probably use a wedge at lunch every day. A fork is considered a wedge. A fork can be used to cut or split food apart. Can you think of another wedge you use to help you eat? (How about a knife?) Examples of wedges: Knives Axes Forks Nails Try this experiment! Materials: nail, bolt, hammer, block of wood Procedure: Try to hammer the bolt into the block of wood. Think about why a bolt can not be hammered into the wood. Compare the nail with the bolt. Now try to hammer the nail into the wood. Things to think about: -Why is the nail easier to hammer into the block of wood? -What simple machine is a nai Read More Go to Site
Votes:0 Pulley Pulley: This simple machine is made up of a wheel and a rope. The rope fits on the groove of the wheel. One part of the rope is attached to the load. When you pull on one side of the pulley, the wheel turns and the load will move. Pulleys let you move loads up, down, or sideways. Pulleys are good for moving objects to hard to reach places. It also makes the work of moving heavy loads a lot easier. This crane uses a pulley to move the heavy wrecking ball. Without the use of a pulley, the wrecking ball would be very hard to move. Examples of where pulleys can be used: Flag Poles Clothes Lines Sailboat Blinds Crane return This site is no longer being maintained, but will remain online for the use of educators. Read More Go to Site
Votes:0 Main index of energy ansology ?@ About of rand thermal energy(Rossen Mihhov) This page is main contents.This page is all abouto of rand thermal energy. Energy's circulation(Takuya Kato) This page is abouto of energy's threat. COLUMN:About of familiar electrical energy(Shohei Yamada) Thispage is a column.This page is about of electrical energy and energy of future. Read More Go to Site
Votes:0 THIS SITE IS DESIGNED FOR THIRD GENERATION BROWSERS, OTHERS SHOULD USE THE NETSCAPE 2.0 VERSION OF THIS SITE Understanding the atom was exclusiv ely
a pursuit of scientists for a long time . There
was a time when the w orkings of these tiny
particles wer e of no consequence to ordinary
pe ople. That time ended over fift y
years ago, when scientists irrefutabl y demonstrated
the power of the atom to the world, yet there
are many who stil l fail to comprehend the
physics behind this awesome technology. Ad dressing
a general audience, we expla in the physics
behind this technology , connecting it to popular
history, c urrent issues and prospects for
the future. Ad ditionally, we provide a forum
for us ers to discuss material presented on
thi s site and express their though ts
regarding variou Read More Go to Site
Votes:0 How does music work? What do sounds look like? Welcome to Philharmonic Physics, the interactive site exploring the musical world. Discover the science of sound, investigate the instruments or experiment online courtesy of the Virtual Lab. Philharmonic Physics is a site aimed at secondary (high) school pupils aged 11-18 and can be used as a copyright free resource for teachers. Read More Go to Site
Votes:0 Welcome to PhoolProof Physics ! This site is jam-packed full of your favorite subject: Physics (even if it isn’t, we hope it will be). PhoolProof Physics is primarily designed to teach you some Physics you can rely on, in an interesting way. If you survive our entire site, you can consider yourself a Super Physicist! We know you just can’t wait to start, but before you do, let us tell you a little bit about the different parts of our site: Units: This is the largest part of our site, and is where you will learn most of the physics you will need to know. You can choose where to begin learning from among eight Physics topics: Kinematics , Kinetics , Work Energy Momentum , Circular Motion , Waves , Electromagnetism , Electronic Systems , and Optics . The units are subdivided into bi Read More Go to Site
Votes:0 HELLO WELCOME TO OUR PHYSICS FAIR!! This web site contains physics learning activities and various games in a carnival type format. To enjoy our activities please click on one of carnival labels below. PHYSICS FAIR | Information Booth | Bumper Cars | Roller Coaster | Arcade Under Construction | Scrambled Eggs | Ferris Wheel | Some Fun Physics Links Read More Go to Site
Votes:0 Physics is Very Important P = V * I Do you know this formula? To see other Electricity Formulas click here Hello, and welcome to the Physics is Very Important Home Page. If your having trouble remembering that one physics formula you need or you can't remember how to use it you've come to the right place. You can look up formulas here and we'll show you how to use them in a fun and exciting way. Just click below on the topic you want to look up. [Electricity & Magnetism] [Wave Phenomena] [Mechanics] [Energy] This page is enhanced for Netscape 2.0 Click on the above button to Download Netscape 2.0 If you are experiencing any problems with this web page, or if you have any suggestions, or just want to tell us how good the page is then click here Read More Go to Site
Votes:0 [ Introduction | Main | Search | Developers' Notes '98 ] Contest Hosted by ThinkQuest ® ThinkQuest is a registered trademark of Advanced Network & Services, Inc. Read More Go to Site
Votes:0 This site was created by Sherwood School students for the ThinkQuest Jr. 2000 contest. Visit Sherwood's other Platinum Award-winning site . We want YOU to contribute to our site! Click here to find out how! This site looks best at 800 x 600 resolution. It works best with recent versions of Netscape or Internet Explorer. visits since May, 2000. Welcome to Propelled by Pedals: a fun guide to bikes! This site has many different parts: Pedaling Preferences , our main feature, includes a profile of six bikes and a fun way to help you choose one. In Pedaling Protection , you'll find out many ways to stay safe while riding your bike. It also includes sections about laws and accessories. Next is Pedaling Through the Parts . This section teaches you about a few simple machines that bikes are made o Read More Go to Site
Votes:0 First read one of these: What is Quantum Physics? -- HTML What is Quantum Physics? -- Word 7 Document What is Quantum Physics? -- PostScript Then try some of these: Take the Quantum Physics Survey See the Quantum Physics Survey Results Contribute your own comments on Quantum Physics See what other people have to say //--> Check out some other Quantum Physics resources on the Web Mail the author Read More Go to Site
Votes:0 WHEEL AND AXLE: WHEEL AND AXLE : A wheel and axle is a modification of a pulley. A wheelis fixed to a shaft. The wheel and shaft must move together to be a simplemachine. Sometimes the wheel has a crank or handle on it. Examples of wheeland axles include roller skates and doorknobs. ACTIVITY : How does the simple machine called the wheel and axle make work easier? MATERIALS: empty spool of thread string paper cup 20 pennies 2 pencils tape 1. Push pointed end of pencils into each end of the thread spools (makesure they are secure) 2. Suspend the pencils from the edge of a table with two loops of string--makesure they are level. Tape the string to the table. 3. Punch holes at the top of each paper cup. Attach a 60 cm string to eachcup. Mark the cups A and B. 4. Tape the string attached Read More Go to Site
Votes:0 Language?? English German Italian Spanish Graphics Level?? High Low Language: English * Graphics Level: High Welcome to The Golf Course. You have landed yourself on the home page of team 10556's 1997 Thinkquest Entry. This site is devoted to the teaching and promoting of the game of golf through our online resources. Below are a listing of our online resources, but before you move on to look at them ... we would like to take a moment to tell you about some of our other features. You may have noticed, but if you haven't, we provide this site in two graphics levels (High Graphics & Low Graphics). High Graphics is loaded with interesting and eye pleasing graphics. Low Graphics does contain graphics, but only the important graphics are present. So if you are going to use the low graphics versi Read More Go to Site
Votes:0 "We go about our daily lives understanding almost nothing of the world. We give littler thought to the machinery that generates the sun light that makes life possible, to the gravity that glues us to an Earth that would otherwise sent us spinning off into space, or to the atoms of which we are made and on whose stability we fundamentally depend. Except for the children, few of us spend much time wondering why nature is the way it is; where the cosmos came from, or whether it was always here; if time will one day flow backwards and effects precede causes; or whether there are ultimate limits to what humans can know. There are even children, and I have met some of them, who want to know what a black hole looks like; what is the smallest piece of matter; why we remember the past and not the f Read More Go to Site
Votes:0 ~ The Physics of Star
Trek ~ WELCOME! Ever watch Star Trek ? Ever wonder how
the Starship Enterprise soars through space? Ever wonder how a transporter
"magically" takes people from place to place? Prepare to be mesmorized...buckle
up, it's going to be a long ride (not really)... No Frames Frames Read More Go to Site
Votes:0 Our topic is the science of destruction. We are interested in the science behind destructive forces. We would like to discuss the science behind events that have happened in our lives. Mardorney studies Martial Arts. He has the ability to break three cinder blocks with his hand. Why doesn?t his hand break instead of the blocks? If the three blocks were dropped on his hand, his hand would break instead. A scientific explanation of this phenomena will be one focus of this contest Entry. Follow this link to investigate Master Nay's Art of Destruction . Michael was kept awake one night by a huge fire that happened near his home. Numerous fire trucks were called to the scene as an old factory burned all night and into the next day. Michael will investigate different aspects of fire. Follow this Read More Go to Site
Votes:0 --> (link disabled) These pages are optimixed for 800x600 viewing These
pages are best viewed with Click on either icon to download. Don't forget to download the real audio plugin: Read More Go to Site
Votes:0 Think.com ThinkQuest Library Library Competition Web Site Removed from the Library We're sorry, but the site you are trying to access has been permanently removed from the ThinkQuest Library. We apologize for any inconvenience this may cause. Please feel free to visit the ThinkQuest Library to see if one of the other 5000+ Library sites includes the information you need. Go to the ThinkQuest home page. Privacy Policy . Terms of Use . Contact Us Read More Go to Site
Votes:0 Think.com ThinkQuest Library Library Competition Web Site Removed from the Library We're sorry, but the site you are trying to access has been permanently removed from the ThinkQuest Library. We apologize for any inconvenience this may cause. Please feel free to visit the ThinkQuest Library to see if one of the other 5000+ Library sites includes the information you need. Go to the ThinkQuest home page. Privacy Policy . Terms of Use . Contact Us Read More Go to Site
Votes:0 Math and Science Vocabulary for Kids This web site will provide defintions of words in math and science. Mainly physical science, including chemistry, physics, and mathematics, life science including biochemistry, botony, zoology, anthropology, earth science, including astronomy and space science. If your word begins with "A-M", click with your mouse on "A-M". If your word begins with "N-Z", click with your mouse on "N-Z". Read More Go to Site
Votes:0 This page is best viewed with a frames compatible browser. Please download the appropriate browser. Netscape's Home | Microsoft's I.E. Home Propagation Receiver Assembly FAQ Inspire's Home Comments? Comments? Please mail comments and suggestions to Brad and Scott Read More Go to Site
Votes:0 OH NO LEGO ® WEDGIES! Please Explore! Oh my stars...a definition of the wedge! The wedge is the active twin of the inclined plane. It does useful work by moving. In contrast, the inclined plane always remains stationary. This simple machine consists of a pair of inclined planes set face-to-face, that can sustain relative sliding or rolling motion. By moving one plane relative to the other, a wedge is capable of building up enormous force in a direction perpendicular to that of the moving wedge. Force multiplication varies inversely with the size of the wedge angle; a sharp
wedge ( small inclined angle ) yields a large force. With adequate friction at the interfaces, the wedge
becomes a separating, holding and stopping device with countless mechanical applications. An example of a LEGO® wed Read More Go to Site
Votes:0 Netscape 3.0, 4.0, MSIE 4.0 800 x 600 res. or higher. Java Enabled OS (ie Win95, WinNT) Netscape 1.1+, 2.0, MSIE 2.0, 3.0 640 x 480 res. Java OS optional. Read More Go to Site
Votes:0 This page is a Thinkquest entry Hello and welcome to Net Force -- the place for information regarding Isaac Newton and his 3 Laws of Motion. Here you will find explanations of his three laws, sample excercises, interactive calculators, and more! Come on in , will you? Email Team C003546 Read More Go to Site
Votes:0 This site is best viewed with installed Verdana font, enabled javascript and java applets , with screen resolution 800×600 or higher and color depth 16 bit or higher. We recommend 1024×768×24 bit nevertheless... Welcome Applet This site has been tested with Internet Explorer 4.01 and Netscape Communicator 4.61 . We recommend using Internet Explorer because it better supports HTML extensions used on this site and is less buggy yet... Enter Read More Go to Site
Votes:0 Click Here to Enter Visual Physics requires a browser that allows the use of Java, JavaScript, and Frames. Latest version of Netscape Navigator or MS Internet Explorer is recommended. If possible, please download the latest versions of Netscape Navigator or MS Internet Explorer so that you can view Visual Physics at its fullest potential. official sites for recommended browsers You are visitor number since July 31st 1997 All information Copyright of the Visual Physics Creators. Copyright ? 1997 Visual Physics Read More Go to Site
Votes:0 If you would like to go to our shocked site make sure you have Macromedia's Shockwave Plug-in loaded. You must have Netscape Navigator or Internet Explorer version 2.0 or higher. If you do not have the latest Shockwave Plug-in click here to download it. If you do not have Netscape Navigator 2.0 or higher click here or if you want to get Microsoft's Internet Explorer click here. This site has been optimized for all browsers, but we recommend that you use Netscape Navigator 2.02 and above or Microsoft's Internet Explorer 2.0 and above in order to take full advantage of the features included in our site. The contents of this site are the sole property of Brad, Josh and Robert Read More Go to Site
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