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The Secret To A Coaster That Coasts To Sucess

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The Secret To A Coaster That Coasts To Sucess

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The "secret" to making a successful roller coaster is a many step plan. At the start a tall hill is needed so that the cars have enough speed to go through the whole track. Then there needs to be a lot of track so that there is some friction to slow the coaster so it can come to a perfect stop at the end

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The First Try at Making a Roller Coaster 

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The First Try at Making a Roller Coaster 

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It was wildly unsuccessful

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The Galactic Peach Squid's Trials and Errors

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The Galactic Peach Squid's Trials and Errors

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My original coaster failed not even making it to the end station. So I made a larger first drop to give it more energy but the cars crashed through the end, too much energy that time. More track was needed to use up all the original energy so loops were added and a small hill at the end of the track to create more friction and slow the three car train even more. This version was a success

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My roller coaster, named The Galactic Peach Squid, began with a large hill intended to create enough potential energy to get three carts through the entire track. The three cars  are the perfect weight to easily glide through the nine mini loops that use up all the kinetic energy so that the cars can perfectly come into the end station and not crash through the end but still make it into the station.

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Yzma must've payed attention in science class.

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A ROLLER COASTER DEMONSTRATES ENERGY! HERE'S HOW

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A ROLLER COASTER DEMONSTRATES ENERGY! HERE'S HOW

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A roller coaster demonstrates the laws of physics and different types of energy in many ways. At the top of the first hill the coaster holds potential energy, when the cars zoom down the first hill that potential energy becomes kinetic energy thanks to transfer of energy. The roller coaster soars through the track and slams to a halt with sparks and heat, this is where the energy becomes thermal energy. The coaster can go through the entire track and stop at the end because of conservation of energy, the principle that states energy cannot be created or destroyed only transferred. The roller coaster easily transfers energy and creates a fun experience for the rider.

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WOah! A roller coaster is the perfect example of energy at work

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WOah! A roller coaster is the perfect example of energy at work

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Energy is what makes all things move, warm, make sound, or thousands of other things. All objects posses energy. For example: an object held five feet off the from the ground has potential energy or energy that can be used but is currently stored in the non-moving object. When the object is dropped the potential energy is converted to kinetic or moving energy in a process called: transfer of energy where one type of energy changes to another. When the object hits the floor it may cause a noise or sound energy, and if it slides across the floor and creates heats the energy is now thermal energy. This energy can be changed and used over and over again thanks to a process called CONSERVATION OF ENERGY; a principle that states energy can be neither destroyed or created, only transferred.