Tiffany Phinisey Is this Ideal?

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Presentation transcript:

Tiffany Phinisey

Is this Ideal?

Overview  History of Amusement Parks  Types of Amusement Parks Rides  Physics of Rollercoasters  Safety Regulations of Rides  Build a Coaster Activity

History of Amusement Parks  First Amusement Park: 1100s in England Elizabethan Fairs Oktoberfest  World Fair Crystal Palace in England 1851  Amusement Parks in the US Coney Island Dreamland Luna Park

Types of Rides Ferris Wheels Water Slides Rollercoasters

Physics of Rollercoaster  Potential vs Kinetic Energy Potential Energy: Stored Energy Kinetic Energy: Energy of Motion  Manipulation of Both

Physics of Rollercoaster (cont.)  First Hill: “Act of Faith” Theory Largest Slope of the Coaster Most Kinetic Energy

Physics of Rollercoasters (cont)  Loops: Newton’s First Law of Motion  Centripetal Forces  G-Forces

Safety Regulations of Rides  Take Safety Seriously  Respect the Forces  Follow the Rules and Stay Alert  Learn About the Risk Factors  Use Extra Caution

Build a Coaster  play/build-a-coaster play/build-a-coaster

References  History-Of-Amusement-Parks.aspx History-Of-Amusement-Parks.aspx  play/build-a-coaster play/build-a-coaster   enpark.htm

Conclusion  So… what makes an ideal ride? Speed? Complexity? Not Dying?  Safety First!

Questions?