E Expert Q&A sendo R1=100.2±0.1Q,R2=47.2±0.1Q,R3=272±0.50.Com esses valores, use as regras de Kirchhoff para calcular as correntes i1, i2e i3 o circuito da fig.1. A seguir calcule as diferenças de potencial VR1 ,VR2 e VR3 nos resistores R1, R2 e R3 Note: source V1 = 6V and source V2 = 3V2 A В R3 C R, - V½ F E D R,
E Expert Q&A sendo R1=100.2±0.1Q,R2=47.2±0.1Q,R3=272±0.50.Com esses valores, use as regras de Kirchhoff para calcular as correntes i1, i2e i3 o circuito da fig.1. A seguir calcule as diferenças de potencial VR1 ,VR2 e VR3 nos resistores R1, R2 e R3 Note: source V1 = 6V and source V2 = 3V2 A В R3 C R, - V½ F E D R,
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter16: Inductance In Ac Circuits
Section: Chapter Questions
Problem 1PP: Inductive Circuits Fill in all the missing values. Refer to the following formulas:...
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Question
where R1=100.2 ±0.1 Ω,R2=47.2 ±0.10Ω , R3=272+0.50Ω. With these values, use as Kirchhoff's rules to calculate the currents i1, i2 and i3 the circuit of fig.1. Following calculations as potential differences VR1,VR2 and VR3 in resistors R1, R2 and R3 Note: source V1=6V and source V2=3V
![3:57 31 M M 1
4 64%
E Expert Q&A
sendo
R1=100.2±0.1Q,R2=47.2±0.1Q,R3=272±0.50.Com esses
valores, use as regras de Kirchhoff para calcular as
correntes i1, i2e i3 o circuito da fig.1. A seguir calcule
as diferenças de potencial VR1 ,VR2 e VR3 nos
resistores R1, R2 e R3
Note: source V1 = 6V and source V2 = 3V2
R,
B
C
R.
F
E
D
R,
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Transcribed Image Text:3:57 31 M M 1
4 64%
E Expert Q&A
sendo
R1=100.2±0.1Q,R2=47.2±0.1Q,R3=272±0.50.Com esses
valores, use as regras de Kirchhoff para calcular as
correntes i1, i2e i3 o circuito da fig.1. A seguir calcule
as diferenças de potencial VR1 ,VR2 e VR3 nos
resistores R1, R2 e R3
Note: source V1 = 6V and source V2 = 3V2
R,
B
C
R.
F
E
D
R,
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