Hint:The wires here have zero resistance. Thus, for currents that travel along a wire that has no circuitelement, you can safely omit it and simplify the circuit. After, you can use the Kirchhoff's rules.Answer must be answer must be 0.99 ADOWNVOTE IF YOU DONT GET THIS ANSWER 0.99 A Consider the figure below. Use Kirchhoff's rules to calculate the value of the current (in amperes) flowing in resistor 1.R1 = 42 ohms, R2 = 30 ohms, R3 = 73 ohms, R4 = 42 ohms.V1 = 45 V, V2 = 207 V, V3 = 78 V.NOTE: Final answer in TWO decimal places.R1V1+R2V2www+R3V3R4+

it is asked to find the current flowing through resistor 1

Answered: Consider the figure below. Use…

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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Hint:
The wires here have zero resistance. Thus, for currents that travel along a wire that has no circuit
element, you can safely omit it and simplify the circuit. After, you can use the Kirchhoff's rules.

Answer must be answer must be 0.99 A

DOWNVOTE IF YOU DONT GET THIS ANSWER 0.99 A

Consider the figure below. Use Kirchhoff's rules to calculate the value of the current (in amperes) flowing in resistor 1.
R1 = 42 ohms, R2 = 30 ohms, R3 = 73 ohms, R4 = 42 ohms.
V1 = 45 V, V2 = 207 V, V3 = 78 V.
NOTE: Final answer in TWO decimal places.
R1
V1
+
R2
V2
www
+
R3
V3
R4
+

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