8) Find the Norton equivalent of the circuit according to points A and B, then calculate the current flowing through the resistor R2. V1 12V R1 M 100 A B R3 M 200 R2 50 PR1 PR2 11 1A I: 133 mA 1(p-p): 0 A I(rms): 0 A I(dc): 133 mA I(freq): -- R5 50 V: -7.13 V V(p-p): 0 V V(rms): 0 V V(dc): -7.13 V V(freq): -- R4 100

8) Find the Norton equivalent of the circuit according to points A and B, then calculate the current flowing through the resistor R2. V1 12V R1 M 100 A B R3 M 200 R2 50 PR1 PR2 11 1A I: 133 mA 1(p-p): 0 A I(rms): 0 A I(dc): 133 mA I(freq): -- R5 50 V: -7.13 V V(p-p): 0 V V(rms): 0 V V(dc): -7.13 V V(freq): -- R4 100

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter7: Parallel Circuits

Section: Chapter Questions

Problem 4PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....

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