1. For the circuit shown, determine the :(а)total resistance RT;total current I, (in mA) & voltage drop V1 (by Ohm's Law);voltage drops V2 and V3 by using the KVL;(b)(c)(d) currents I2 and I3 by using the Current-DividerPrinciple(CDP).(Show your solutions).....R,1k 2AR2·2k ΩR33k 2E,=24 V =

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1. For the circuit shown, determine the : (a) total resistance R;; (b) total current I, (in mA) & voltage drop V1 (by Ohm's Law); (c) voltage drops V2 and V3 by using the KVL; (d) currents Iz and I3 by using the Current-Divider Principle(CDP). (Show your solutions)..... R, 1k Q R2 ·2k 오 R3 3k 2 E=24 V

1. For the circuit shown, determine the : (a) total resistance R;; (b) total current I, (in mA) & voltage drop V1 (by Ohm's Law); (c) voltage drops V2 and V3 by using the KVL; (d) currents Iz and I3 by using the Current-Divider Principle(CDP). (Show your solutions)..... R, 1k Q R2 ·2k 오 R3 3k 2 E=24 V

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 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....

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