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A series circuit has R = 4 Ω and XL = XC = 56 Ω at the… | StemPy Lab
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A series circuit has R = 4 Ω and XL = XC = 56 Ω at the frequency of its source, which gives 6 V (rms). What is the rms voltage across the capacitor?
Physics
Hard
High School (11–12)
Electricity & Magnetism › Alternating Current
Electricity & Magnetism › Current Electricity
Electricity & Magnetism › Electromagnetic Induction
JEE Main
A-Level
IB
Created by
StemPy Lab
A series circuit has
R
=
4
Ω
R = 4\ \Omega
R
=
4
Ω
and
X
L
=
X
C
=
56
Ω
X_L = X_C = 56\ \Omega
X
L
=
X
C
=
56
Ω
at the frequency of its source, which gives
6
6
6
V (rms). What is the rms voltage across the capacitor?
336
V
336\ \text{V}
336
V
84
V
84\ \text{V}
84
V
14
V
14\ \text{V}
14
V
0
V
0\ \text{V}
0
V
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← A series LCR circuit carries the same current when the frequency of the source is 40 Hz and when it is 90 Hz. The voltage of the source has the same amplitude. What is the resonant frequency of the circuit?
At its resonant frequency, a series LCR circuit has an inductive reactance equal to its resistance. The frequency of the source is now doubled. By what angle does the current lag the voltage? →
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Electricity & Magnetism › Alternating Current
Electricity & Magnetism › Current Electricity
Electricity & Magnetism › Electromagnetic Induction
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