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Problem 1: Law of Induction A triangularly shaped circuit has a series resistance R, a 90 degree angle and edges of dimensions a and b. It is placed at a distance L from an infinitely long wire carrying a time varying current I(t)=a.t², with a>0. Calculate the induced current in the circuit. L a Resistor R b

Problem 1: Law of Induction A triangularly shaped circuit has a series resistance R, a 90 degree angle and edges of dimensions a and b. It is placed at a distance L from an infinitely long wire carrying a time varying current I(t)=a.t², with a>0. Calculate the induced current in the circuit. L a Resistor R b

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Problem 1: Law of Induction A triangularly shaped circuit has a series resistance R, a 90 degree angle and edges of dimensions a and b. It is placed at a distance L from an infinitely long wire carrying a time varying current I(t)=a·t², with a>0. Calculate the induced current in the circuit. L a Resistor R b
Transcribed Image Text:Problem 1: Law of Induction A triangularly shaped circuit has a series resistance R, a 90 degree angle and edges of dimensions a and b. It is placed at a distance L from an infinitely long wire carrying a time varying current I(t)=a·t², with a>0. Calculate the induced current in the circuit. L a Resistor R b
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