In the circuit shown in Fig. P8.49, a generator is8.49connected to a load via a transmission line. Given that10 2, Zline= (4 + j2) S2, and Zload(40 j30) 2:Rs(a) Determine the power factor of the load, the power factor ofthe transmission line, and the power factor of the voltageSource.(b) Specify the capacitance of a shunt capacitor C thatwould raise the power factor of the source to unity whenconnected between terminals (a, b). The source frequencyis 60 Hz.Transmission lineRsLoadbFigure P8.49: Circuit for Problem 8.49.weeer

Redrawing the circuit diagram using the given points:

Answered: In the circuit shown in Fig. P8.49, a…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Similar questions

The following phasor diagram is: a. The phasor diagram of SG when it is running at lagging power factor b. The phasor diagram of SM when it is running at leading power factor c. The phasor diagram of SM when it is running at lagging power factor with the existence of RA d. The phasor diagram of IM when it is running at lagging power factor
hye.. please answer only question e) to g)
Problem 4-A 80 kHz sinusoidal voltage has zero phase angle and a maximum amplitude of 25 mV. When this voltage is applied across the terminals of a capacitor, the resulting steady-state current has a maximum amplitude of 628.32 μA. a) What is the frequency of the current in radians per second? b) What is the phase angle of the current? c) What is the impedance of the capacitor? d) What is the capacitance of the capacitor in microfarads?
A sinusoidal voltage source V = 53 /67o Vrms feeds an impedance with a current I = 5 /33o Arms. The apparent power generated by the source is: Select one: a. 118.64 VA b. 80.02 VA c. 286.2 VA d. 265 VA e. 71.55 VA
8.49 In the circuit shown in Fig. P8.49, a generator is connected to a load via a transmission line. Given that : (4 + j2) №2, and Zload = (40+ j30) 2: = Rs = 102, Zline S
A sinusoidal 100V source (w=100 r/s) has an series resistor and capacitor as shown. This source drives a load, which consist of a parallel combination of a resistor RL and a reactive component (capacitor or inductor) of impedance jXL. Determine the value of RL (load resistor) and XL (load reactive component) that maximizes the power absorbed by the load and the maximum power transferred. + 100 V 100 r/s ww 20 Ω 1.5 mF RL jXL
Consider the sinusoidal voltage A. What is the maximum amplitude of the voltage? B. What is the frequency in hertz? C. What is the frequency in radians per second? v(t) = 80 cos (1000nt - 30°) V.
Suppose that an inductor (L) - resistor (R) – capacitor (C) circuit is connected to an AC source that has a frequency of n rad/s. An engineer measured the values: the resistor's resistance which was found to be 10 ohms, the inductor's inductance was found to be 10 H, while the capacitor's capacitance was found to be 10 F. Determine the value of impedance. а. 10 ohms b. 33 ohms с. 11.5 ohms d. 1,080 ohms
it's urgent please solve asap
Problem 3-An AC circuit is shown. The frequency is 1000 Hz. The source voltage is v(t) = 10 cos(2x1000) of clouent a) Find the impedance seen by the voltage souree b) Find the phasoj current delivered by the source. c) Find the phasor voltage across the resistor, Vr. d) Find the sor voltage across the capacitor, Ve e) Find the voltage across the capacitor, v.(1). 4 kQ 10/ 0 sine 1 kHz C C1 53 nF
4. The waveform of a sinusoidal voltage is shown as Vin(t) 2V -2V+ (a) Determine the equation of the sinusoidal voltage. (Note that the unit of time is in milliseconds) (b) If the sinusoidal voltage is applied on a 1022, determine the power dissipated by the resistor. 14 t, ms (c) Determine the time in the first cycle at which the value sinusoidal voltage is 0.6V. (c) Draw the waveform of VD(t) and Vr(t) if the sinusoidal voltage is applied as input to a diode circuit as shown. Use ideal diode approximation. Vin D ID
c) Design an AC circuit with a power supply system supplying power to a leading power factor load. Solve the circuit in both instantaneous and phasor forms.

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