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10 k2 1. Figure shows a 50 V source connected to three resistances :R1 =5 kQ; R2 = 25 kQ and R3 = 10 kQ. ww R3 %3D 25 k2 Calculate: R2 (A) branch currents (B) total current and (C) Power consumed by 25 K ohms resistor from the given figure. 50 VE R,: 5 k2

10 k2 1. Figure shows a 50 V source connected to three resistances :R1 =5 kQ; R2 = 25 kQ and R3 = 10 kQ. ww R3 %3D 25 k2 Calculate: R2 (A) branch currents (B) total current and (C) Power consumed by 25 K ohms resistor from the given figure. 50 VE R,: 5 k2

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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10 k2 1. Figure shows a 50 V source connected to three resistances :R1 =5 kQ; R2 = 25 kQ R3 and R3 = 10 kQ. 25 k2 ww R2 Calculate: (A) branch currents (B) total current and (C) Power consumed by 25 K ohms resistor from the given figure. 50 VE 5 k2
Transcribed Image Text:10 k2 1. Figure shows a 50 V source connected to three resistances :R1 =5 kQ; R2 = 25 kQ R3 and R3 = 10 kQ. 25 k2 ww R2 Calculate: (A) branch currents (B) total current and (C) Power consumed by 25 K ohms resistor from the given figure. 50 VE 5 k2
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