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26. Determine the current through R₂ in the following circuit. Consider using the current divider method. a. 1.37 A b. 947 mA c. 985 mA d. 738 mA I+=3.6 A Vs=60V L R₁-13 Q w R₂=140 R3=50

26. Determine the current through R₂ in the following circuit. Consider using the current divider method. a. 1.37 A b. 947 mA c. 985 mA d. 738 mA I+=3.6 A Vs=60V L R₁-13 Q w R₂=140 R3=50

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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26. Determine the current through R₂ in the following circuit. Consider using the current divider method. a. 1.37 A b. 947 mA c. 985 mA d. 738 mA IT=3.6 A Vs=60V L R₁-13 Q i R₂=140 R3=50
Transcribed Image Text:26. Determine the current through R₂ in the following circuit. Consider using the current divider method. a. 1.37 A b. 947 mA c. 985 mA d. 738 mA IT=3.6 A Vs=60V L R₁-13 Q i R₂=140 R3=50
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