Vac R2 C1 ww R1 3 (a) First determine, where Z, is the total impedance. Please use the variables named in the diagram above and fill the answer in real and imaginary components below as an equation. π can be added by typing Pi, capital P followed by lower case i. Z +j Ω (b) Using the values below calculate the current drawn from the voltage source with Vac=9: R1 = 1800, R2 = 890 02, R3 = 810 Q, C1-80 μF, L1=90 μH and F=90 Hz A Answer should be entered with 2 decimal places and consider # =3.14.
Vac R2 C1 ww R1 3 (a) First determine, where Z, is the total impedance. Please use the variables named in the diagram above and fill the answer in real and imaginary components below as an equation. π can be added by typing Pi, capital P followed by lower case i. Z +j Ω (b) Using the values below calculate the current drawn from the voltage source with Vac=9: R1 = 1800, R2 = 890 02, R3 = 810 Q, C1-80 μF, L1=90 μH and F=90 Hz A Answer should be entered with 2 decimal places and consider # =3.14.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Transcribed Image Text:Vac
R2
C1
ww
R1
3
(a) First determine, where Z, is the total impedance. Please use the variables named in the diagram above and fill the answer in real
and imaginary components below as an equation. π can be added by typing Pi, capital P followed by lower case i.
Z
+j
Ω
(b) Using the values below calculate the current drawn from the voltage source with Vac=9:
R1 = 180 02, R2 = 890 02, R3 = 8100, C1-80 μF, L1=90 μH and F=90 Hz
A
Answer should be entered with 2 decimal places and consider # =3.14.
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