Question

6.0 Ω (120 V)sin(120πt) 550 μF 0000 30 mH Figure 3: 12. In an RLC circuit at resonance, the voltage across the capacitor: (a) Is equal to the driving voltage (b) None of the choices are correct (c) Is always less than the driving voltage (d) Is equal to the voltage across the resistor (e) Is 0

Name: 60 120 vsin120t 550 f 0000 30 mh figure 3 12 in an rlc circuit at resonance the voltage across the capacitor a is equal to the driving voltage b none of the choices are correct c is always l 92133
Uploaded: 2022-04-13T04:42:41-08:00
Duration: 4 min 11 s
Channel: Varsha Aggarwal
Description: 60 120 vsin120t 550 f 0000 30 mh figure 3 12 in an rlc circuit at resonance the voltage across the capacitor a is equal to the driving voltage b none of the choices are correct c is always l 92133

          6.0 Ω
(120 V)sin(120πt)
550 μF
0000
30 mH
Figure 3:
12. In an RLC circuit at resonance, the voltage across the capacitor:
(a) Is equal to the driving voltage
(b) None of the choices are correct
(c) Is always less than the driving voltage
(d) Is equal to the voltage across the resistor
(e) Is 0

60 120 vsin120t 550 f 0000 30 mh figure 3 12 in an rlc circuit at resonance the voltage across the capacitor a is equal to the driving voltage b none of the choices are correct c is always l 92133

Added by Charles E.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Varsha Aggarwal

04/13/2022

Step 1

e., $X_L = X_C$. The impedance (Z) of the circuit is purely resistive, and is equal to the resistance (R). Show more…

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6.0 Ω (120 V)sin(120πt) 550 μF 0000 30 mH Figure 3: 12. In an RLC circuit at resonance, the voltage across the capacitor: (a) Is equal to the driving voltage (b) None of the choices are correct (c) Is always less than the driving voltage (d) Is equal to the voltage across the resistor (e) Is 0