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An RL circuit consists of a resistor R, an inductor L connected across a battery through a switch. If the switch is closed at t =0, how many time constants does it take for the current to get to 2/3 of maximum current? OA 0.10 QUESTION 2 OB. 1.10 OC0.405 O D. Not enough information given O E. 0.595

An RL circuit consists of a resistor R, an inductor L connected across a battery through a switch. If the switch is closed at t =0, how many time constants does it take for the current to get to 2/3 of maximum current? OA 0.10 QUESTION 2 OB. 1.10 OC0.405 O D. Not enough information given O E. 0.595

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An RL circuit consists of a resistor R, an inductor L connected across a battery through a switch. If the switch is closed att =0, how many time constants does it take for the current to get to 2/3 of maximum current? QUESTION 2 OA 0.10 OB. 1.10 OC0.405 O D. Not enough information given O E. 0.595
Transcribed Image Text:An RL circuit consists of a resistor R, an inductor L connected across a battery through a switch. If the switch is closed att =0, how many time constants does it take for the current to get to 2/3 of maximum current? QUESTION 2 OA 0.10 OB. 1.10 OC0.405 O D. Not enough information given O E. 0.595
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