The series circuit in the figure is similar to arrangements that are sometimes used in radio tuning circuits. This circuit is connected to the terminals of an ac source with a constant rms terminal voltage of 1.0 V and a variable frequency. Find the resonance frequency if we will change the value of L to 0.20 mH and C to 101.25 pF. Express your answer to the nearest integer. 2.0 mA R-5000 1.0 V 1.0 L-0.40 mH 0000 4.0 C-100 pF 4.0 d
The series circuit in the figure is similar to arrangements that are sometimes used in radio tuning circuits. This circuit is connected to the terminals of an ac source with a constant rms terminal voltage of 1.0 V and a variable frequency. Find the resonance frequency if we will change the value of L to 0.20 mH and C to 101.25 pF. Express your answer to the nearest integer. 2.0 mA R-5000 1.0 V 1.0 L-0.40 mH 0000 4.0 C-100 pF 4.0 d
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Transcribed Image Text:The series circuit in the figure is similar to arrangements that are sometimes used in radio tuning circuits. This circuit is connected to the terminals of an ac
source with a constant rms terminal voltage of 1.0 V and a variable frequency. Find the resonance frequency if we will change the value of L to 0.20 mH and C
to 101.25 pF.
• Express your answer to the nearest integer.
2.0
ΠΑ
1.0
R-5000 L-0.40 mH
0000
1.0
V
4.0
V
C-100 pF
4.0
V
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