Activity 1. Maglev Trains. The figure below shows the maglev train structures (Transpid Guideway and MLX Guideway) compared to the standard railway system. Standard Rails TransRapid Guideway MLX Guideway In order to function as a maglev train, it needs the essential parts. These are levitation, propulsion, and suspension.= Levitation = Propulsion = Guidance = Guideway = Train Car TransRapid MIX attractive magnets repulsive magnets Electromagnetic Suspension Electrodynamic Suspension (EMS) (EDS) TransRapid Guidance MLX Guidance Image Source. milos //sites luffa edu/seseniordesignhandbook/2010/1/colev.magliaMc levitating trains/ The train travels at 93 mph, which could build a stronger magnetic field, allowing the train to be lifted (levitated) 4 inches off the ground. The magnetic forces are needed for guidance, so the train moves forward and stays at the center. Maglev train technology holds great promises in terms of transportation. The benefits it could offer are hard for us to deny. This transportation breakthrough has provided us an opportunity to bring science fiction ideas into reality (1) What makes the levitation, guidance, and suspension work? (2) How do magnets move other magnets? Do magnets need to touch each other? (3) From your experience in dealing with magnetic materials, why do you think the three elements mentioned in item 1 relate to each other?maglev (4) Write at 3 advantages of building least trains. (5) Based on your prior knowledge in studying magnetism and other related Physics concepts, cite at least 1 disadvantage of maglev trains. Explain (6) the The Earth is said to be a magnet itself. Why is it that maglev trains are not affected by phenomena