Part 1: A magnetic levitation or maglev train rides rails without touching them. Explain how this works using your data. Include the appropriate magnet drawing in your answer. Part 2: Two objects are near a bar magnet. One is about 1 cm away, while the other is 6 cm away. Compare and contrast the magnetic force that affects each object. Use your data to answer the question. How do I do this? I will attach my data!!:D Thanks!

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Part 1: A magnetic levitation or maglev train rides rails without touching them. Explain how this works using your data. Include the appropriate magnet drawing in your answer. Part 2: Two objects are near a bar magnet. One is about 1 cm away, while the other is 6 cm away. Compare and contrast the magnetic force that affects each object. Use your data to answer the question. How do I do this? I will attach my data!!:D Thanks!

Physics
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what do you mean by "lines" in the second column?
the magnetic field lines! sorry i forgot to specify!

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I'm not sure how to use the data, but basically gravity pulls the object down while the magnet counter-balances by pushing back up. If the forces are equal, then the object floats or hovers |dw:1434777136457:dw|
ohhh okay! and so i would use this for both parts of the problem? @jim_thompson5910 :)
yeah I think so also in part 2, it depends on if the object is metallic or not
|dw:1434777415506:dw|
it is with iron fillings !
ok that works
that is metallic, right? :)
oh ok yay! :)
yep, specifically ferromagnetic metals https://en.wikipedia.org/wiki/Ferromagnetism
awesome, so i can just use this information to formulate my answer?
yeah I think so
okay, yay!! thanks so much!!:)
no problem

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