WILL MAKE BRANLIEST!
Fear of flying but still want to travel? Alternative train designs, such as the Maglev may be the answer. These trains use magnets
to supply power to coils moving the train forward at fast speeds. Explain how the magnets work to make the train move?
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Magnets along the underside of the train and the along the guideway
attract each other levitating the train; as magnets attract pulling the train
forward.

Magnets along the underside of the train and the along the guideway repel
each other levitating the train; as magnets also repel pulling the train
forward.

Magnets along the underside of the train and the along the guideway repel
each other levitating the train; as magnets alternate polarity pushing and
pulling the train.

Magnets along the underside of the train and the along the guideway
cause friction which levitates the train, as magnets alternate polarity
pushing and pulling the train.

C. Magnets along the underside of the train and the along the guideway repel each other levitating the train as magnets alternate polarity pushing and pulling the train.

Explanation:

In order to levitate the train above the tracks friction needs to be eliminated. This is done by repulsion of magnets. Using magnets in the front and back of the train that repel and attract provide pull and thrust making the train move fast.