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Maglev Trains. Chad Parrott. Can a Train Fly?. In some ways trains can fly. Mag - Magnetic Lev - (Levitation- “Rising into the air”) Floats 1cm above the track Maglev- An electric train that magnetically levitates over a track and can travel at high speeds. Differences :.
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Maglev Trains Chad Parrott
Can a Train Fly? • In some ways trains can fly. • Mag- Magnetic • Lev- (Levitation- “Rising into the air”) • Floats 1cm above the track • Maglev- An electric train that magnetically levitates over a track and can travel at high speeds.
Differences : • Regular trains are slowed by friction caused by the wheels. • Maglev trains do not touch the track. • Friction is eliminated • Regular trains are also very noisy. • Quiet, Smooth, super fast ride.
Differences: • Maglev trains do not have an engine • Are Powered by large electrical power source • Metal coils lining a guide way or track • In front of train attracts • Behind Train Repels
Types: • Repelling- Electrodynamic Suspension (EDS) Used in Japan • Attracting- Electromagnetic suspension (EMS) Used in Germany
How Fast Do They Go? • The lack of friction allows trains to reach speeds up to 310 mph • That is 2x as fast as Amtrak
The Environment: • Maglev Trains are much cleaner than conventional trains • They Run on Electricity not Fossil Fuels
Disadvantages: • COST • Estimated costs for building a maglev train system in the United States range from $10 million to $30 million per mile • Flexibility • Other forms provide more flexibility in destination points
Advantages: • Speed of Travel (310 mph) • Environmentally Friendlier • Maintenance • No wheels, axles or suspension
Review: • Mag- Magnetism • Lev- Levitation • Propelled by Electromagnetic Coils • Speeds up to 310 MPH • Very Expensive to Build
Refrences: • http://www.geocities.com/Area51/Shire/3075/maglev.html • http://travel.howstuffworks.com/maglev-train.htm • http://www.railserve.com/maglev.html • Images: • http://images.google.com/images?q=magnetic%20levitation&hl=en&lr=&sa=N&tab=wi