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A current of i(t) = 0.68 cos (21 t - 35°) A is applied to an inductor L = 4.4 mH as shown. What is the magnitude of the voltage phasor across the inductor? i(t) L m v(t) Please enter your answer in Volts (V), to 3 significant figures below.

A current of i(t) = 0.68 cos (21 t - 35°) A is applied to an inductor L = 4.4 mH as shown. What is the magnitude of the voltage phasor across the inductor? i(t) L m v(t) Please enter your answer in Volts (V), to 3 significant figures below.

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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A current of i(t) = 0.68 cos (21t - 35°) A is applied to an inductor L = 4.4 mH as shown. What is the magnitude of the voltage phasor across the inductor? i(t) L m v(t) Please enter your answer in Volts (V), to 3 significant figures below.
Transcribed Image Text:A current of i(t) = 0.68 cos (21t - 35°) A is applied to an inductor L = 4.4 mH as shown. What is the magnitude of the voltage phasor across the inductor? i(t) L m v(t) Please enter your answer in Volts (V), to 3 significant figures below.
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Step 1: Determine the magnitude of voltage phasor across the inductor:

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