Question

FİNAL SINAVI 6- 4 $\Omega$'luk R$_2$ direncinden geçen akım kaç Amperdir? E$_1$ = 20 V $\angle$ 0° R$_1$ = 7 $\Omega$ X$_{L1}$ = 8 $\Omega$ X$_C$ = 10 $\Omega$ R$_2$ = 4 $\Omega$ X$_{L2}$ = 5 $\Omega$ R$_3$ = 8 $\Omega$ I$_1$ = 10 A $\angle$ 20°

Name: final sinavi 6 4 omegaluk r2 direncinden gecen akm kac amperdir e1 20 v angle 0 r1 7 omega xl1 8 omega xc 10 omega r2 4 omega xl2 5 omega r3 8 omega i1 10 a angle 20 47948
Uploaded: 2025-06-12T14:36:44-08:00
Duration: 2 min 49 s
Channel: Sam Stansfield
Description: final sinavi 6 4 omegaluk r2 direncinden gecen akm kac amperdir e1 20 v angle 0 r1 7 omega xl1 8 omega xc 10 omega r2 4 omega xl2 5 omega r3 8 omega i1 10 a angle 20 47948

          FİNAL SINAVI
6- 4 $\Omega$'luk R$_2$ direncinden geçen akım kaç Amperdir?
E$_1$ = 20 V $\angle$ 0°
R$_1$ = 7 $\Omega$
X$_{L1}$ = 8 $\Omega$
X$_C$ = 10 $\Omega$
R$_2$ = 4 $\Omega$
X$_{L2}$ = 5 $\Omega$
R$_3$ = 8 $\Omega$
I$_1$ = 10 A $\angle$ 20°

final sinavi 6 4 omegaluk r2 direncinden gecen akm kac amperdir e1 20 v angle 0 r1 7 omega xl1 8 omega xc 10 omega r2 4 omega xl2 5 omega r3 8 omega i1 10 a angle 20 47948

Added by Zachary A.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sam Stansfield

06/12/2025

Step 1

This is an AC circuit problem, and we can use superposition to solve it since there are two independent sources (one voltage source E$_1$ and one current source I$_1$). Step 1: Consider only the voltage source E$_1$ and turn off the current source I$_1$.. When Show more…

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FİNAL SINAVI 6- 4 $\Omega$'luk R$_2$ direncinden geçen akım kaç Amperdir? E$_1$ = 20 V $\angle$ 0° R$_1$ = 7 $\Omega$ X$_{L1}$ = 8 $\Omega$ X$_C$ = 10 $\Omega$ R$_2$ = 4 $\Omega$ X$_{L2}$ = 5 $\Omega$ R$_3$ = 8 $\Omega$ I$_1$ = 10 A $\angle$ 20°