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Question Name: LCR Option 2 Vac m R2 C1 mm R1 (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 H and F=90 Hz A Answer should be entered with 2 decimal places and consider π = 3.14.

Question Name: LCR Option 2 Vac m R2 C1 mm R1 (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 H and F=90 Hz A Answer should be entered with 2 decimal places and consider π = 3.14.

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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Glasgow Search Moodle Question Name: LCR Option 2 Vac R2 C1 mm R1 L1 (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. It can be added by typing Pi, capital P followed by lower case i. 12/1₁ =1 Ω (b) Using the values below calculate the current drawn from the voltage source with Vac=9: R1 = 180 02, R2 = 890 02, R3 = 810 Q, C1-80 μF, L1=90 pH and F=90 Hz A Answer should be entered with 2 decimal places and consider = 3.14.
Transcribed Image Text:Glasgow Search Moodle Question Name: LCR Option 2 Vac R2 C1 mm R1 L1 (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. It can be added by typing Pi, capital P followed by lower case i. 12/1₁ =1 Ω (b) Using the values below calculate the current drawn from the voltage source with Vac=9: R1 = 180 02, R2 = 890 02, R3 = 810 Q, C1-80 μF, L1=90 pH and F=90 Hz A Answer should be entered with 2 decimal places and consider = 3.14.
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