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A 0.1 henry inductor, a 4x10^(-3) farad capacitor, a O ohm resistor, and a voltage source having a value of 180 cos 40t volts (for t > 0 or t = 0) are connected in series. Let | = 0 and Q = 0 att = 0 for the circuit.

A 0.1 henry inductor, a 4x10^(-3) farad capacitor, a O ohm resistor, and a voltage source having a value of 180 cos 40t volts (for t > 0 or t = 0) are connected in series. Let | = 0 and Q = 0 att = 0 for the circuit.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A 0.1 henry inductor, a 4x10^(-3) farad capacitor, a O ohm resistor, and a voltage source having a value of 180 cos 40t volts (for t > 0 ort = 0) are connected in series. Let I = 0 and Q = 0 at t = 0 for the circuit. 4. Which of the following is the particular solution of the differential equation of the circuit? Qp = 2 cos 40t Qp = 2 sin 40t Qp = 2 sin 40t + cos 40t Qp = 2 sin 50t + cos 50t 5. Which of the following equations represent the charge (Q) in the capacitor? Q = 2 cos 50t Q = 100 sin 50t – 80 sin 40t Q = -2 sin 50t + 80 sin 40t Q = -2 cos 50t + 2 cos 40t
Transcribed Image Text:A 0.1 henry inductor, a 4x10^(-3) farad capacitor, a O ohm resistor, and a voltage source having a value of 180 cos 40t volts (for t > 0 ort = 0) are connected in series. Let I = 0 and Q = 0 at t = 0 for the circuit. 4. Which of the following is the particular solution of the differential equation of the circuit? Qp = 2 cos 40t Qp = 2 sin 40t Qp = 2 sin 40t + cos 40t Qp = 2 sin 50t + cos 50t 5. Which of the following equations represent the charge (Q) in the capacitor? Q = 2 cos 50t Q = 100 sin 50t – 80 sin 40t Q = -2 sin 50t + 80 sin 40t Q = -2 cos 50t + 2 cos 40t
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