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Author Question: A bar magnet moving with speed V passes below a stationary charge q. What can be said about the ... (Read 41 times)

CBme

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A bar magnet moving with speed V passes below a stationary charge q. What can be said about the magnitude of the magnetic forces on the bar magnet (Fb) and on the charge q (Fq).
 
Question 2

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 />
  1.Fbar and Fq are both zero.
  2.Fbar is zero and Fq is not zero.
  3.Fbar is not zero and Fq is zero.
  4.Fbar and Fq are both non-zero."


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johnharpe

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Reply #1 on: Jul 28, 2018
Answer to Question 1



Answer to Question 2

4


CBme

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Reply #2 on: Jul 28, 2018
TY


johnharpe

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Reply #3 on: Jul 28, 2018
You're welcome


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