Solve the voltage over R₂ and the currents in the circuit. U (= E) = 40V (0 angle), R=R₂ = 10. L=6H. L₂=8H, M=1H Z=2.j2 and w= 10Rad/s1₁RR₂EU LML₂Current I₂. to two decimal placesVoltage over R₂, to one decimal place:h₂NGive the answers in absolute values (no phase angles).Current I₁, to two decimal places:AAV

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Solve the voltage over R₂ and the currents in the circuit. U (= E) = 40V (0 angle), R=R₂ = 10. L=6H. L₂-8H, M=1H Z=2.j2 and w= 10Rad/s 1₁ R R₂ E U L M L₂ h₂ N Give the answers in absolute values (no phase angles). Current I₁, to two decimal places: Current I₂. to two decimal places Voltage over R₂, to one decimal place: A A V

Solve the voltage over R₂ and the currents in the circuit. U (= E) = 40V (0 angle), R=R₂ = 10. L=6H. L₂-8H, M=1H Z=2.j2 and w= 10Rad/s 1₁ R R₂ E U L M L₂ h₂ N Give the answers in absolute values (no phase angles). Current I₁, to two decimal places: Current I₂. to two decimal places Voltage over R₂, to one decimal place: A A V

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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