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The switch in the figure below is connected to position a for a long time interval. At t = 0, the switch is thrown to position b. After this time, what are the following? (Let C = 1.40 µF.) The circuit is a rectangular loop with a vertical wire in the middle that extends from the bottom side of the loop to almost reach the top side, ending at one side of a switch. This vertical wire contains a capacitor of capacitance C. The left side contains a battery of potential difference 12.0 V, with the positive terminal above the negative terminal. The top side contains, from left to right, a resistor of resistance 10.0 Ω, point a, point b, and an inductor of inductance 0.100 H. A gap separates points a and b. In the figure, the switch is in contact with point a. (a) the frequency of oscillation of the LC circuit Hz (b) the maximum charge that appears on the capacitor µC (c) the maximum current in the inductor mA (d) the total energy the circuit possesses at t = 3.00 s

The switch in the figure below is connected to position a for a long time interval. At t = 0, the switch is thrown to position b. After this time, what are the following? (Let C = 1.40 µF.) The circuit is a rectangular loop with a vertical wire in the middle that extends from the bottom side of the loop to almost reach the top side, ending at one side of a switch. This vertical wire contains a capacitor of capacitance C. The left side contains a battery of potential difference 12.0 V, with the positive terminal above the negative terminal. The top side contains, from left to right, a resistor of resistance 10.0 Ω, point a, point b, and an inductor of inductance 0.100 H. A gap separates points a and b. In the figure, the switch is in contact with point a. (a) the frequency of oscillation of the LC circuit Hz (b) the maximum charge that appears on the capacitor µC (c) the maximum current in the inductor mA (d) the total energy the circuit possesses at t = 3.00 s

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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The switch in the figure below is connected to position a for a long time interval. At t = 0, the switch is thrown to position b. After this time, what are the following? (Let C = 1.40 µF.)

The circuit is a rectangular loop with a vertical wire in the middle that extends from the bottom side of the loop to almost reach the top side, ending at one side of a switch. This vertical wire contains a capacitor of capacitance C. The left side contains a battery of potential difference 12.0 V, with the positive terminal above the negative terminal. The top side contains, from left to right, a resistor of resistance 10.0 Ω, point a, point b, and an inductor of inductance 0.100 H. A gap separates points a and b. In the figure, the switch is in contact with point a.
(a) the frequency of oscillation of the LC circuit
  Hz

(b) the maximum charge that appears on the capacitor
  µC

(c) the maximum current in the inductor
  mA

(d) the total energy the circuit possesses at t = 3.00 s
The switch in the figure below is connected to position a for a long time interval. At t = 0, the switch is thrown to position b. After this time, what are the following? (Let C = 1.40 µF.) 10.0 N 0.100 H a ll 12.0 V C (a) the frequency of oscillation of the LC circuit 425.36 Hz (b) the maximum charge that appears on the capacitor 16.8 µC (c) the maximum current in the inductor 44.9 mA (d) the total energy the circuit possesses at t = 3.00 s
Transcribed Image Text:The switch in the figure below is connected to position a for a long time interval. At t = 0, the switch is thrown to position b. After this time, what are the following? (Let C = 1.40 µF.) 10.0 N 0.100 H a ll 12.0 V C (a) the frequency of oscillation of the LC circuit 425.36 Hz (b) the maximum charge that appears on the capacitor 16.8 µC (c) the maximum current in the inductor 44.9 mA (d) the total energy the circuit possesses at t = 3.00 s
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