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The physics involved with a rollercoaster.  

Member rating: 5 out of 10 stars (2 votes) | Words: | Submitted: Thu Oct 07 2004

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Introduction As part of my physics investigation into the physics involved with a rollercoaster I was given the privilege to see some live rollercoaster's at work in Thorpe Park. Although at the end I chose a ride which was not a strictly a rollercoaster; however it did have some key aspects and physics of a normal rollercoaster. I decided to investigate two rides; these were the 'Detonator' and the 'Tidal wave'. Out of the two I decided to base my investigation on the 'Tidal wave'. This ride had more key aspects of physics involved and seemed more plausible for such an investigation in order to gain a stimulus, development and a detailed/analysed conclusion and evaluation. The physics principles of roller coasters haven't changed much since the original roller coasters. "Most coaster physics comes from Isaac Newton's law of motion. Roller-coaster designs rely on the acceleration caused by forces to make...

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