For the circuit in the figure, the values of Is, I2, l6, V1 and V5 must be:ww wwR49 kl2R56 kN+ VsE = 28 VEVị R12 ΚΩR333 kNR610.4 knR212 kNO Is = 16 mA; 12 = 2.33 mA; 16 = 2 mA; V1 = 28 V; V5 = 7.2 VO Is = 18 mA; 12 = 3.33 mA; 16 = 2 mA; V1 = 24 V; V5 = 7.2 VO Is = 16 mA; 12 = 3.5 mA; 16 = 3 mA: V1 = 28 V; V5 = 7 VO Is = 14 mA; 12 = 2.5 mA; 16 = 2 mA; V1 = 26 V; V5 = 7.2 VO Is = 20 mA; 12 = 2 mA; 16 = 2 mA; V1 = 28 V; V5 = 7 VO Is = 14 mA; 12 = 2.33 mA; 16 = 3 mA; V1 = 28 V; V5 = 6.5 VO is = 16 mA; 12 = 2.33 mA; 16 = 5 mA; V1 = 24 V; V5 = 7.2 V+

Answer is (A) Expalanation: The circuit is drawn as:

For the circuit in the figure, the values of Is, I2, l6, V1 and V5 must be: R4 9 kf2 Rs 6 kfN E = 28 VE Vị R1 R333 kN + Vs - R6 R2 10.4 kN 12 kf2 12 kN O is = 16 mA; 12 = 233 mA; 16 = 2 mA: V1 = 28 V; V5 = 7.2 V O is = 18 mA; 12 = 3.33 mA; 16 = 2 mA; V1 = 24 V; VS = 7.2 V O is = 16 mA: 12 = 3.5 mA; 16 = 3 mA V1 = 28 V; V5 = 7 V O is = 14 mA; 12 = 2.5 mA; 16 = 2 mA: V1 = 26 V; VS = 7.2 V Is = 20 mA: 12 = 2 mA; 16 = 2 mA; V1 = 28 V; VS = 7 V O is = 14 mA; 12 = 2.33 mA; 16 = 3 mA: V1 = 28 V; V5 = 6.5 V O is = 16 mA; 12 = 2.33 mA; 16 = 5 mA; V1 = 24 V; V5 = 7.2 V

For the circuit in the figure, the values of Is, I2, l6, V1 and V5 must be: R4 9 kf2 Rs 6 kfN E = 28 VE Vị R1 R333 kN + Vs - R6 R2 10.4 kN 12 kf2 12 kN O is = 16 mA; 12 = 233 mA; 16 = 2 mA: V1 = 28 V; V5 = 7.2 V O is = 18 mA; 12 = 3.33 mA; 16 = 2 mA; V1 = 24 V; VS = 7.2 V O is = 16 mA: 12 = 3.5 mA; 16 = 3 mA V1 = 28 V; V5 = 7 V O is = 14 mA; 12 = 2.5 mA; 16 = 2 mA: V1 = 26 V; VS = 7.2 V Is = 20 mA: 12 = 2 mA; 16 = 2 mA; V1 = 28 V; VS = 7 V O is = 14 mA; 12 = 2.33 mA; 16 = 3 mA: V1 = 28 V; V5 = 6.5 V O is = 16 mA; 12 = 2.33 mA; 16 = 5 mA; V1 = 24 V; V5 = 7.2 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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