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Loop 1 has ng turns of wire and loop 2 has n2 turns of wire. If loop 2 is dropped and falls to loop 1 with constant acceleration, it is desirable to calculate the alpha current in loop 2. If the resistance of ring 2 is R. (During the fall, the two rings are always parallel). 2)

Loop 1 has ng turns of wire and loop 2 has n2 turns of wire. If loop 2 is dropped and falls to loop 1 with constant acceleration, it is desirable to calculate the alpha current in loop 2. If the resistance of ring 2 is R. (During the fall, the two rings are always parallel). 2)

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Loop 1 has n1 turns of wire and loop 2 has n2 turns of wire. If loop 2 is dropped and falls to loop 1 with constant acceleration, it is desirable to calculate the alpha current in loop 2. If the resistance of ring 2 is R. (During the fall, the two rings are always parallel).
Transcribed Image Text:Loop 1 has n1 turns of wire and loop 2 has n2 turns of wire. If loop 2 is dropped and falls to loop 1 with constant acceleration, it is desirable to calculate the alpha current in loop 2. If the resistance of ring 2 is R. (During the fall, the two rings are always parallel).
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