How to solve 13-14? V) For the circuit shown in the figure answer questions 13 and 14, the voltage value is given inRMS.2/90 A10 2j4Q20/0° Vj5 242Th13) The value of the load that maximize the average power transfer to the load Z is ...... Q:b) 8.25 75.96°a) 2-j4e) 2.65 85.23°c) 2+j4g) 2.67 2.36°d) 2.65 -85.23°h) None of the above)8.25 2-75.96°14) The value of the maximum power transferred to the circuit with Z (as found in the question above)connected is..... W:a) 14.18e) 16.72-2.36°b) 52f) 13.34c) 66.67g) 43.31d) 8.35 2-2.36°h) None of the abovewell

In this question, We need to choose the correct option We know at maximum power transfer, ZL =…

V) For the circuit shown in the figure answer questions 13 and 14, the voltage value is given in RMS. 2/90 A 10 2 j42 20/0° V (+ js 2 42 Th 13) The value of the load that maximize the average power transfer to the load Z, is .... 2: b) 8.25 75.96° a) 2-j4 e) 2.65 85.23 c) 2+j4 g) 2.67 2.36° d) 2.65 Z-85.23° h) None of the above ) 8.252-75.96° L4) The value of the maximum power transferred to the circuit with Z. (as found in the question above) connected is.... W: a) 14.18 e) 16.72-2.36 b) 52 ) 13.34 c) 66.67 d) 8.352-2.36° h) None of the above g) 43.31 ww eer

V) For the circuit shown in the figure answer questions 13 and 14, the voltage value is given in RMS. 2/90 A 10 2 j42 20/0° V (+ js 2 42 Th 13) The value of the load that maximize the average power transfer to the load Z, is .... 2: b) 8.25 75.96° a) 2-j4 e) 2.65 85.23 c) 2+j4 g) 2.67 2.36° d) 2.65 Z-85.23° h) None of the above ) 8.252-75.96° L4) The value of the maximum power transferred to the circuit with Z. (as found in the question above) connected is.... W: a) 14.18 e) 16.72-2.36 b) 52 ) 13.34 c) 66.67 d) 8.352-2.36° h) None of the above g) 43.31 ww eer

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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Problem Solving: Simplify and determine the equivalent circuit resistance below: R₁=20 E= 460 V R5= 10000 R₂ = 100 R3 = 100 R4 = 100 www R6=1500 Rg = 600 R7 = 200 R12=200 R8 = 400 R10 = 400 R₁1= 2000 R13 = 2000 R₁4 = 400 R15 = 1000 www R16 = 2000 R17 = 6000 R18 1040 R19 = 104 Hi guys! Here is something you can practice with. Simplify the circuit above. The final answer for this is 153/3 ohms. Good luck!