The currents in the magnetically coupled inductors shown below are known to be i(t) - 4 cos(283t - 30") mM and (t) - 3 cos(283t - 50") mA. The inductor values are t-4H,l2-2 H, andk-0.6. Determine vi(t) and v(t).vil)-V con(283t + 0) V and v()- V cos(283t +0) V, where

cos(283t)=ref=1<0i1(t)=4 cos(283t-30)mA i2(t)=3 cos(283t-50)maNowk=0.6 L2=2H…

The currents in the magnetically coupled inductors shown below are known to be i(t) - 4 cos(283t - 30") mA and (t) - 3 cos(283t - 50") mA. The inductor values are l-4H, -2 H, and k - 0.6. Determine v(t) and vy(t). i)- con(203t + 0) V and v)-V cos(23t + 02) V. where

The currents in the magnetically coupled inductors shown below are known to be i(t) - 4 cos(283t - 30") mA and (t) - 3 cos(283t - 50") mA. The inductor values are l-4H, -2 H, and k - 0.6. Determine v(t) and vy(t). i)- con(203t + 0) V and v)-V cos(23t + 02) V. where

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter21: Resistive-capacitive Series Circuits

Section: Chapter Questions

Problem 6RQ: A 15-F AC capacitor is connected in series with a 50 resistor. The capacitor has a voltage rating...

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Question

The currents in the magnetically coupled inductors shown below are known to be i(t) - 4 cos(283t - 30") mM and (t) - 3 cos(283t - 50") mA. The inductor values are t-4H,
l2-2 H, andk-0.6. Determine vi(t) and v(t).
vil)-V con(283t + 0) V and v()- V cos(283t +0) V, where

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