Question
In: Physics
An RLC circuit consists of an AC voltage source with a maximum voltage of 122 Volts...
An RLC circuit consists of an AC voltage source with a maximum voltage of 122 Volts connected in series to a resistor, a capacitor, and an inductor. At the resonant frequency, the inductive reactance is 13 Ohms and the total impedance of the circuit is 23 Ohms. What is the average power produced by the battery at 2.6 times the resonant frequency in Watts?
Solutions
genius_generous answered 2 years agoRelated Solutions
An RLC circuit consists of an AC voltage source with a maximum voltage of 135 Volts...
An RLC circuit consists of an AC voltage source with a maximum
voltage of 135 Volts connected in series to a resistor, a
capacitor, and an inductor. At the resonant frequency, the
inductive reactance is 15 Ohms and the total impedance of the
circuit is 24 Ohms. What is the average power produced by the
battery at 2.6 times the resonant frequency in Watts?
I need to model a series RLC circuit with a AC voltage source using simulink which...
I need to model a series RLC circuit with a AC voltage
source using simulink which measures current and voltage across
each component. Please include the formulas your model is based off
of. thanks.
R = 1ohm
L = 1 millhenery
C = 1 microfarad
A series ac circuit consists of a voltage source of frequency f = 60 Hz and...
A series ac circuit consists of a voltage source of frequency f
= 60 Hz and source voltage amplitude 345 volts, a resistor of
resistance R = 255 Ω, a capacitor of capacitance C = 6.2×10−6F, and
an inductor of inductance L.
(a) What must be the value of L for the phase angle Φ to be
zero?
(b) When L has the value calculated in (a), what is the current
amplitude in the circuit?
Consider an RLC circuit that is driven by an AC source with an adjustable frequency. Is...
Consider an RLC circuit that is driven by an AC source with an
adjustable frequency. Is possible for the maximum voltage drop
across the capacitor to exceed the maximum voltage? Explain in 100
words or less.
I know the answer is yes, but can you explain this conceptually,
not mathmatically? thanks.
Develop a series RLC circuit that increases the capacitor voltage to the source voltage as fast...
Develop a series RLC circuit that increases the capacitor
voltage to the source voltage as fast as possible with no more than
a 20% overshoot. The source voltage is 99V, the capacitance is 9F
the and the inductance is 23 H. You can adjust the resistance since
that the inductance are the two easiest parameters to adjust. I
suggest you find ω0 for your circuit and the value of R that
results in a critically damped circuit. Plot this vs....
A series circuit consists of an ac source of variable frequency, a 110 ? resistor, a...
A series circuit consists of an ac source of variable frequency,
a 110 ? resistor, a 1.20 ?F capacitor, and a 4.10 mH
inductor.
A.) Find the impedance of this circuit when the angular
frequency of the ac source is adjusted to the resonance angular
frequency.
B.) Find the impedance of this circuit when the angular
frequency of the ac source is adjusted to twice the resonance
angular frequency.
C.) Find the impedance of this circuit when the angular
frequency...
A series RLC circuit connected to a 24-V AC source has a current of 150 mA...
A series RLC circuit connected to a 24-V AC source has a current
of 150 mA when the AC source is set to 85 Hz. The voltage on the
capacitor is measured to be 36 V. When the frequency of the source
is adjusted in any way the current decreases. Calculate the values
of R L, and C.
In P4, the frequency of the AC source is increased until the
voltage on the capacitor has dropped to 12 V. Calculate...
The voltage in a circuit is 115 volts. A particular technique for measuring the voltage gives...
The voltage in a circuit is 115 volts. A particular technique
for measuring the voltage gives readings which are normally
distributed with mean μ=115 volts and standard deviation 5 volts.
Show that the average of four readings has smaller probability of
differing from the true value by 3 volts than an individual
reading. Hence show that average of several measurement of the same
thing is always more accurate than an individual measurement.
The voltage in a circuit is 115 volts. A particular technique for measuring the voltage gives...
The voltage in a circuit is 115 volts. A particular technique
for measuring the voltage gives readings which are normally
distributed with mean μ=115 volts and standard deviation 5 volts.
Show that the average of four readings has smaller probability of
differing from the true value by 3 volts than an individual
reading. Hence show that average of several measurement of the same
thing is always more accurate than an individual measurement.
The voltage drop across an RLC circuit is: v(t) = G*311.13*sine(377t) + 124.45*sine(1131t + 20) volts....
The voltage drop across an RLC circuit is:
v(t) = G*311.13*sine(377t) + 124.45*sine(1131t + 20) volts.
The current in the direction of the voltage drop is:
i(t) = 15.56*sine(377t) + 0.5*sine*(1131t - Φ)
Calculate:
a) The constants R, L, C of the circuit.
b) The angle value Φ
c) The average value of the power delivered to the circuit.
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