9. Faraday's Law is given by: emf = § Ē · dỉ = Hleceromagnet - where O is the magnetic flux. Use this Coil to explain what is happening in the following set of pictures. (Pictures 'b' and 'e' are taking right after the switch is thrown, as indicated.) In particular, describe why current is flowing in the isolated loop in picture 'c' but not in 'a.'

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9. Faraday's Law is given by: emf = (E- dl = Klectromagnet
- where O is the magnetic flux. Use this
Coil
to explain what is happening in the
following set of pictures. (Pictures 'b' and
'c' are taking right after the switch is
thrown, as indicated.) In particular,
describe why current is flowing in the isolated
loop in picture 'c' but not in 'a.'
Transcribed Image Text:9. Faraday's Law is given by: emf = (E- dl = Klectromagnet - where O is the magnetic flux. Use this Coil to explain what is happening in the following set of pictures. (Pictures 'b' and 'c' are taking right after the switch is thrown, as indicated.) In particular, describe why current is flowing in the isolated loop in picture 'c' but not in 'a.'
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