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1) For the circuit diagram shown to the right, find the currents I, I2, and I3. E, = 18 V d. 12 0.5 2 R2 2.5 2< R, a e 6.0 Q R3 1.52 h 0.5 2 E2 = 45 V

1) For the circuit diagram shown to the right, find the currents I, I2, and I3. E, = 18 V d. 12 0.5 2 R2 2.5 2< R, a e 6.0 Q R3 1.52 h 0.5 2 E2 = 45 V

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Would like some assistance in answering these 2 DC circuit questions.

1) For the circuit diagram shown to the right, find the currents I1, 12, and I3. E1 = 18 V +1 in I2 b. C I2 0.5 2 R2 2.5 2 R, a e 6.0 2 I3 R3 1.5 2 f 0.5 2 E, = 45 V 2) A heart defibrillator with an 8µF capacitor is to be discharged on a patient whose path resistance in her body is 10kQ. (a) Solve for the time constant of this RC circuit. (b) If the initial voltage is 10-kV, how long does it take for the voltage to decline to 500V?
Transcribed Image Text:1) For the circuit diagram shown to the right, find the currents I1, 12, and I3. E1 = 18 V +1 in I2 b. C I2 0.5 2 R2 2.5 2 R, a e 6.0 2 I3 R3 1.5 2 f 0.5 2 E, = 45 V 2) A heart defibrillator with an 8µF capacitor is to be discharged on a patient whose path resistance in her body is 10kQ. (a) Solve for the time constant of this RC circuit. (b) If the initial voltage is 10-kV, how long does it take for the voltage to decline to 500V?
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