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An LC-circuit like the one shown in the figure contains an 60.0-mH inductor and a 30-OF capacitor that was fully charged using a 10V battery before being put in the circuit. The switch is thrown closed at t=0 seconds. Switch closes at =0. Initial charge Q, 1. Find the angular frequency (in rad/sec) of the resulting oscillation. |A. 350 rad/sec B. 816 rad/sec C. 745 rad/sec D. 213 rad/sec 2. Find the frequency (in Hertz) of the resulting oscillation. B. 220 Hz A. 119 Hz C. 23.9 Hz |D. 78.8 Hz 3. What is the formula for the charge (in Coulombs) on the capacitor, Q(t), as a function of time (HINT: You will need to find the initial charge on the capacitor), A. Q(t) O 300.0x10° cos(745t) B. Q(t) O 413x10º6 cos(220t) C. Q(t) O 200x10º% cos(816t) D. Q(t) 0133x10º cos(39.8t)

An LC-circuit like the one shown in the figure contains an 60.0-mH inductor and a 30-OF capacitor that was fully charged using a 10V battery before being put in the circuit. The switch is thrown closed at t=0 seconds. Switch closes at =0. Initial charge Q, 1. Find the angular frequency (in rad/sec) of the resulting oscillation. |A. 350 rad/sec B. 816 rad/sec C. 745 rad/sec D. 213 rad/sec 2. Find the frequency (in Hertz) of the resulting oscillation. B. 220 Hz A. 119 Hz C. 23.9 Hz |D. 78.8 Hz 3. What is the formula for the charge (in Coulombs) on the capacitor, Q(t), as a function of time (HINT: You will need to find the initial charge on the capacitor), A. Q(t) O 300.0x10° cos(745t) B. Q(t) O 413x10º6 cos(220t) C. Q(t) O 200x10º% cos(816t) D. Q(t) 0133x10º cos(39.8t)

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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An LC-circuit like the one shown in the figure contains an 60.0-mH Switch closes at t = 0. inductor and a 30-OF capacitor that was fully charged using a 10V battery before being put in the circuit. The switch is thrown closed at t=0 seconds. Initial charge Q, 1. Find the angular frequency (in rad/sec) of the resulting oscillation. A. 350 rad/sec B. 816 rad/sec C. 745 rad/sec D. 213 rad/sec 2. Find the frequency (in Hertz) of the resulting oscillation. A. 119 Hz B. 220 Hz C. 23.9 Hz D. 78.8 Hz 3. What is the formula for the charge (in Coulombs) on the capacitor, Q(t), as a function of time (HINT: You will need to find the initial charge on the capacitor) A. Q(t) O 300.0x106 cos(745t) B. Q(t) O 413x10"6 cos(220f) C. Q(t) O 200x10°s cos(816t) D. Q(t) 0133x10"s cos(39.8t)
Transcribed Image Text:An LC-circuit like the one shown in the figure contains an 60.0-mH Switch closes at t = 0. inductor and a 30-OF capacitor that was fully charged using a 10V battery before being put in the circuit. The switch is thrown closed at t=0 seconds. Initial charge Q, 1. Find the angular frequency (in rad/sec) of the resulting oscillation. A. 350 rad/sec B. 816 rad/sec C. 745 rad/sec D. 213 rad/sec 2. Find the frequency (in Hertz) of the resulting oscillation. A. 119 Hz B. 220 Hz C. 23.9 Hz D. 78.8 Hz 3. What is the formula for the charge (in Coulombs) on the capacitor, Q(t), as a function of time (HINT: You will need to find the initial charge on the capacitor) A. Q(t) O 300.0x106 cos(745t) B. Q(t) O 413x10"6 cos(220f) C. Q(t) O 200x10°s cos(816t) D. Q(t) 0133x10"s cos(39.8t)
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