Find Ims for the given waveform and the average power dissipated in a 102 resistor bythe time varying current.-1-2-3t (seconds)Find Vrms for the voltage given below and the average power dissipated in a 252 resistorby the time varying voltage.v(t) = 15 sin(4t) + 15 cos(350t+39°) + 10 sin(350t+20°) + 10 V . Find I, using mesh analysis.1240° V10 j2Qj2Ω521x220°Av,0770Compute the average power absorbed by eachof the elements in the circuit.)2<0° V4245°Aj42-j22 :8Ω.Show the power supplied equals the powerj22-jlNabsorbed by all the elements in the circuit.204290° V245°AOFind Z1. for maximum average power transfer andthe maximum average power transferred.j22-j4242 0°v2260 °A

Note :- All these questions are different and not inter-linked. So as per guidelines we are supposed…

Answered: Find Ims for the given waveform and the…

Find Ims for the given waveform and the average power dissipated in a 102 resistor by the time varying current. 2 3 1 -1 -2 -3 t (seconds)

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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Question

Find Ims for the given waveform and the average power dissipated in a 102 resistor by
the time varying current.
-1
-2
-3
t (seconds)
Find Vrms for the voltage given below and the average power dissipated in a 252 resistor
by the time varying voltage.
v(t) = 15 sin(4t) + 15 cos(350t+39°) + 10 sin(350t+20°) + 10 V .

Find I, using mesh analysis.
1240° V
10 j2Q
j2Ω5
21x
220°A
v,0770
Compute the average power absorbed by each
of the elements in the circuit.
)2<0° V
4245°A
j42
-j22 :
8Ω.
Show the power supplied equals the power
j22
-jlN
absorbed by all the elements in the circuit.
20
4290° V
245°AO
Find Z1. for maximum average power transfer and
the maximum average power transferred.
j22
-j42
42 0°v
2260 °A

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