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Consider the metal ring and solenoid shown in the di- agram. Initially the switch connected to the solenoid is closed and thec. A long time after opening the switch, is there an induced current in the metal ring? If so, draw draw an arrow to represen

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Consider the metal ring and solenoid shown in the di- agram. Initially the switch connected to the solenoid is closed and the solenoid makes a magnetic field as shown. Throughout this problem, you may assume that the metal ring and solenoid are held rigidly in position 1. B-field a. While the switch is closed and a steady current flows through the solenoid, is there an induced current in the metal ring? If so, draw an arrow to represent μ1ND, the induced magnetic dipole moment, due to this induced current in the space below. If not, write b. Immediately after opening the switch, is there an induced current in the metal ring? If so, draw draw an arrow to represent μ1ND due to this induced current in the space below. If not, write IIND0
c. A long time after opening the switch, is there an induced current in the metal ring? If so, draw draw an arrow to represent μ1ND due to this induced current in the space below If not, write LIND 0. d. Immediately after closing the switch again, is there an induced current in the metal ring? If so, draw draw an arrow to represent μ1ND due to this induced current in the space below. If not, write liND 0
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iTind ihd. LAnt ls xr not changin Tind

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