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A.1) Calculate the current IR1 of the circuit in Figure 1 by combining the resistors in parallel. A.2) Calculate the current through each of the resistors in the circuit in Figure 1, using the current from the previous point and the current divider equation (do not use Ohm's Law). VS 10 V IR1 ww R1 220 Ω IR2 R2 - 100 Ω IR3 R3 2200 IR4 R4 330 Ω Figure 1: Circuit for testing the current divider

A.1) Calculate the current IR1 of the circuit in Figure 1 by combining the resistors in parallel. A.2) Calculate the current through each of the resistors in the circuit in Figure 1, using the current from the previous point and the current divider equation (do not use Ohm's Law). VS 10 V IR1 ww R1 220 Ω IR2 R2 - 100 Ω IR3 R3 2200 IR4 R4 330 Ω Figure 1: Circuit for testing the current divider

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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A.1) Calculate the current IR1 of the circuit in Figure 1 by combining the resistors in parallel. A.2) Calculate the current through each of the resistors in the circuit in Figure 1, using the current from the previous point and the current divider equation (do not use Ohm's Law). VS 10 V IR1 R1 220 Ω IR2 R2 - 100 Q IR3 R3 220 Ω IR4 R4 330 Ω Figure 1: Circuit for testing the current divider
Transcribed Image Text:A.1) Calculate the current IR1 of the circuit in Figure 1 by combining the resistors in parallel. A.2) Calculate the current through each of the resistors in the circuit in Figure 1, using the current from the previous point and the current divider equation (do not use Ohm's Law). VS 10 V IR1 R1 220 Ω IR2 R2 - 100 Q IR3 R3 220 Ω IR4 R4 330 Ω Figure 1: Circuit for testing the current divider
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