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E=10V and R1=2000. Your deep knowledge of parallel circuits made it easy for you to calculate IR1 to be 0.050A. Recalculate IR1 to 3 decimal places when R4 is added to the circuit with a resistance of 1830 Do not use metric prefixes or units. (ex: 0.021 instead of 21.345mA, 2300.000 instead of 2.3ka) SR: R: Rs

E=10V and R1=2000. Your deep knowledge of parallel circuits made it easy for you to calculate IR1 to be 0.050A. Recalculate IR1 to 3 decimal places when R4 is added to the circuit with a resistance of 1830 Do not use metric prefixes or units. (ex: 0.021 instead of 21.345mA, 2300.000 instead of 2.3ka) SR: R: Rs

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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E=10V  and R1=200Ω.  Your deep knowledge of parallel circuits made it easy for you to calculate IR1 to be 0.050A.  Recalculate IR1 to 3 decimal places when R4 is added to the circuit with a resistance of 183Ω . 

E=10V and R1=2002. Your deep knowledge of parallel circuits made it easy for you to calculate Ir1 to be 0.050A. Recalculate Ir1 to 3 decimal places when R4 is added to the circuit with a resistance of 183Ω. Do not use metric prefixes or units. (ex: 0.021 instead of 21.345mA , 2300.000 instead of 2.3kQ) R2 R3
Transcribed Image Text:E=10V and R1=2002. Your deep knowledge of parallel circuits made it easy for you to calculate Ir1 to be 0.050A. Recalculate Ir1 to 3 decimal places when R4 is added to the circuit with a resistance of 183Ω. Do not use metric prefixes or units. (ex: 0.021 instead of 21.345mA , 2300.000 instead of 2.3kQ) R2 R3
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