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Itcale) = Vzcmes) / R, 1. Calculate I2(cale) et I3(calc), using 2. Calculate Requ %3D 2(mes) et 3(calc 3. With the value of E and the value of ITot, calculate RTot 4. Calculate the error percentage between Requ et RTot

Itcale) = Vzcmes) / R, 1. Calculate I2(cale) et I3(calc), using 2. Calculate Requ %3D 2(mes) et 3(calc 3. With the value of E and the value of ITot, calculate RTot 4. Calculate the error percentage between Requ et RTot

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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Please help, I’m not understanding *V3 is under R3 but they forgot to put it
1. Calculate I2(cale) et I3(cale), using 2(calc) = V20mes) / R2 2. Calculate Requ 3. With the value of E and the value of ITot, calculate RTot 4. Calculate the error percentage between Requ et RTot et 3(calc) 3(mes)
Transcribed Image Text:1. Calculate I2(cale) et I3(cale), using 2(calc) = V20mes) / R2 2. Calculate Requ 3. With the value of E and the value of ITot, calculate RTot 4. Calculate the error percentage between Requ et RTot et 3(calc) 3(mes)
Source (E): 15 Volts R1: 14002 R2: 18002 R3: 9002 V1(mes) = 10.77 V V2(mes) 4.64 V V3(mes) = 4.58 V ITot(mes) = 7.69 mA v 2 v 1 R2 A R3 R, E y
Transcribed Image Text:Source (E): 15 Volts R1: 14002 R2: 18002 R3: 9002 V1(mes) = 10.77 V V2(mes) 4.64 V V3(mes) = 4.58 V ITot(mes) = 7.69 mA v 2 v 1 R2 A R3 R, E y
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