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4.a) RT: 5. a) RT: 10587.45 10000000 R2-10μ0 micro 12V 6. a) RT: 마 * R2=0.02KD 20 200020020 200000000 R3=0.02 20000 R1=0.02MQ m L2=650 L1=160 R1= 100. R4=0.02Q R2= 150 b) 1: 24V R1=22 w 0.001133 m R3=450m2 b)l: b) 1: R3= 12. 500 R2=0.5k2 L1=100 0.45 24 200020020 R4= 0.16kkQ 0,000000119 R5=0.25mQ w ㅓㅔㅔ

4.a) RT: 5. a) RT: 10587.45 10000000 R2-10μ0 micro 12V 6. a) RT: 마 * R2=0.02KD 20 200020020 200000000 R3=0.02 20000 R1=0.02MQ m L2=650 L1=160 R1= 100. R4=0.02Q R2= 150 b) 1: 24V R1=22 w 0.001133 m R3=450m2 b)l: b) 1: R3= 12. 500 R2=0.5k2 L1=100 0.45 24 200020020 R4= 0.16kkQ 0,000000119 R5=0.25mQ w ㅓㅔㅔ

Introductory Circuit Analysis (13th Edition)
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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Can someone help check my work and complete these problems? Thank you
answer the following questions. 1. a) RT: 12V ㅏ 2. a) RT: 12V 3. a) RT: 15,650,00095 b11:0, 0007667₁² b) l: R1=0.95m www 11.536 L1=1602 12V 001-11 Omel 506.00045 L1=160 R2=15ΚΩ L2=2002 R1=450μΩ ww 0100045 b) 1: b) l: R3=6500 411 0.0010 y. R1-11.5kQ 490 R2=0.49kQ 506.00045=0.02371 6.2 OMSO.0-IR
Transcribed Image Text:answer the following questions. 1. a) RT: 12V ㅏ 2. a) RT: 12V 3. a) RT: 15,650,00095 b11:0, 0007667₁² b) l: R1=0.95m www 11.536 L1=1602 12V 001-11 Omel 506.00045 L1=160 R2=15ΚΩ L2=2002 R1=450μΩ ww 0100045 b) 1: b) l: R3=6500 411 0.0010 y. R1-11.5kQ 490 R2=0.49kQ 506.00045=0.02371 6.2 OMSO.0-IR
4. a) RT: 5. a) RT: 10000000 R2-10μ0 micro 10587.45 6. a) RT: 12V 12t *R2=0.02KD до 2000 20020 200000000 R3=0.02 Ω 20000 R1=0,02ΜΩ m L2=650 L1=160 R1= 100 R4=0.020 R2= 150 b) l: 24V R1-20 www 0.001133 M R3=450m2 b) l: b) l: R3= 1ΚΩ. 500 R2=0.5KQ L1=100 0.45 24 2000 20020 R4= 0.16kkO. ewanA 0.000⁰00119 R5=0.25mQ ww
Transcribed Image Text:4. a) RT: 5. a) RT: 10000000 R2-10μ0 micro 10587.45 6. a) RT: 12V 12t *R2=0.02KD до 2000 20020 200000000 R3=0.02 Ω 20000 R1=0,02ΜΩ m L2=650 L1=160 R1= 100 R4=0.020 R2= 150 b) l: 24V R1-20 www 0.001133 M R3=450m2 b) l: b) l: R3= 1ΚΩ. 500 R2=0.5KQ L1=100 0.45 24 2000 20020 R4= 0.16kkO. ewanA 0.000⁰00119 R5=0.25mQ ww
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