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If a 120V 60Hz source is connect between terminals A and B, what is the impedance of the capacitor in Ohms? (Hint: w = 2π f) 133 mH m A B 100 £2 Select one: O-j100.1 O-j70.29 O-j10.1 O-j0.07029 O +j0.07029 O +j10.1 O +j70.29 O+j100.1 none of the above 26.5 μF

If a 120V 60Hz source is connect between terminals A and B, what is the impedance of the capacitor in Ohms? (Hint: w = 2π f) 133 mH m A B 100 £2 Select one: O-j100.1 O-j70.29 O-j10.1 O-j0.07029 O +j0.07029 O +j10.1 O +j70.29 O+j100.1 none of the above 26.5 μF

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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**Problem Statement:** If a 120V 60Hz source is connected between terminals A and B, what is the impedance of the capacitor in Ohms? (Hint: \(\omega = 2\pi f\)) **Circuit Diagram:** - The circuit consists of three components in series connection between terminals A and B. - Inductor: 133 mH - Resistor: 100 Ω - Capacitor: 26.5 µF **Options:** Select one: - \( -j100.1 \) - \( -j70.29 \) - \( -j10.1 \) - \( -j0.07029 \) - \( +j0.07029 \) - \( +j10.1 \) - \( +j70.29 \) - \( +j100.1 \) - none of the above *Note: \(j\) represents the imaginary unit in electrical engineering, indicating phase difference in AC circuits.*
Transcribed Image Text:**Problem Statement:** If a 120V 60Hz source is connected between terminals A and B, what is the impedance of the capacitor in Ohms? (Hint: \(\omega = 2\pi f\)) **Circuit Diagram:** - The circuit consists of three components in series connection between terminals A and B. - Inductor: 133 mH - Resistor: 100 Ω - Capacitor: 26.5 µF **Options:** Select one: - \( -j100.1 \) - \( -j70.29 \) - \( -j10.1 \) - \( -j0.07029 \) - \( +j0.07029 \) - \( +j10.1 \) - \( +j70.29 \) - \( +j100.1 \) - none of the above *Note: \(j\) represents the imaginary unit in electrical engineering, indicating phase difference in AC circuits.*
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