Use the information given in the figure for the series RCL circuit to determine its total impedance.

Question

Question

Answer 1

Answer #1

We can calculate impedance by

Z= R+j(XL-XC)

As voltage lags by 90 for capacitor we get -jXc

As voltage leads by 90 for inductor we get +jXL

Total impedance: 22 Rtj(x2-x) z = 150 + z = 150 + j(wh- we we) i (214x4.ee Lifxc = 150 + j (13.2 - 1515.8) z 2. Juro)+(1502.6

Answer 2

Similar Homework Help Questions

Problem 4) (6pts) Use the information given in the figure for the series RCL circuit to...

Problem 4) (6pts) Use the information given in the figure for the series RCL circuit to determine it's (a) total impedance. (b) rms currnt if rms voltage is 300-V 0.035 Η 60.0 Hz 150 ΩΣ 1.75 x 10°F
- For the series RCL circuit shown below, the total impedance for the circuit is given...

- For the series RCL circuit shown below, the total impedance for the circuit is given by, Zrc = R + ioL + - ioc' Show the transfer function of the resistor R, i.e., calculate the magnitude of the transfer function VR/Vin and the phase difference Ør/in of the resistor. Find the expression for the resonant frequency fo. What is the physical meaning of the resonant frequency fo? Explain. R
A RCL circuit has a 1.68 uF capacitor and a 11.14 mH inductor. The total impedance...

A RCL circuit has a 1.68 uF capacitor and a 11.14 mH inductor. The total impedance of the circuit is 6 ohms at a frequency of 1.2 kHz. A) What is the resistance fo the resistor? B) What is the phase angle between the current and voltage? C) What is the resonance frequency of this circuit? D) What will the toal impedance be at the resonance frequency?

just need to knownwhat letter it is & Consider an RCL series circuit connected to an AC power supply. If the dr...

just need to knownwhat letter it is & Consider an RCL series circuit connected to an AC power supply. If the driving frequency is decreased, a) the resistance will necessarily increase b) the impedance will necessarily decrease d c) the impedance will necessarily increase d) the capacitive reactance will necessarily increase e) the inductive reactance will necessarily increase
31 The power dissipated in a s Bried series RCL circuit is 65 W, and the...

31 The power dissipated in a s Bried series RCL circuit is 65 W, and the current is 0.53A. The circuit is in resonance. Determine the voltage of power supply? the
For the series-parallel RL circuit shown below, determine: Total impedance in rectangular and phasor forms Find...

For the series-parallel RL circuit shown below, determine: Total impedance in rectangular and phasor forms Find current passing through each components Find both voltages across the resistor and Inductors

6. In a simple RCL series circuit with R = 100 Ω, C = 0.0004 F(farad),...

6. In a simple RCL series circuit with R = 100 Ω, C = 0.0004 F(farad), and L-1 H (henry) and the impressed voltage v) 30. Find the charge Q) on the capacitor in the circuit at any time tif the initial current i(0) 2.A and the initial charge on the capacitor is 0(0)-0 C(coulomb) The Second Order ODE for RCL series circuit is given by where Qis the charge, and the current I =a- de dt
5. For the series RL circuit shown below with the V=10/0°, determine: a) Total impedance in...

5. For the series RL circuit shown below with the V=10/0°, determine: a) Total impedance in rectangular and phasor forms b) Find current c) Find both voltages across the resistor and capacitor d) Draw the phasor Diagram 502 3R 1002 1020° V
Design and label a DC series RCL circuit, with all components in series, where resistance is...

Design and label a DC series RCL circuit, with all components in series, where resistance is 115 ohms, capacitance is 213 pF, and the inductance is 11 mH. What is the resonant frequency of this circuit?

A series RCL circuit contains a 148 ohm resistor, a 1.50 uF capacitor, and a 35.7...

A series RCL circuit contains a 148 ohm resistor, a 1.50 uF capacitor, and a 35.7 mH inductor. The generator has a frequency of 512 Hz and an rms voltage of 35 V. Determine the peak current in the circuit.