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Q.1. The loop shown below is 1m long and 0.5m wide. The magnetic flux density is: B=50 cos (120 at)a,+60 e'120x' a, (T) If the resistance of the loop is 202, calculate the current flowing in the loop y

Q.1. The loop shown below is 1m long and 0.5m wide. The magnetic flux density is: B=50 cos (120 at)a,+60 e'120x' a, (T) If the resistance of the loop is 202, calculate the current flowing in the loop y

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Q.1. The loop shown below is 1m long and 0.5m wide. The magnetic flux density is: B=50 cos (120 at)a,+60 e'120x' a, (T) If the resistance of the loop is 202, calculate the current flowing in the loop y
Transcribed Image Text:Q.1. The loop shown below is 1m long and 0.5m wide. The magnetic flux density is: B=50 cos (120 at)a,+60 e'120x' a, (T) If the resistance of the loop is 202, calculate the current flowing in the loop y
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