Using the Illustration below. Compute the total impedance (Z), the total current (I), the voltage drop across R. the voltage drop across ??, the voltage drop across ??, the true or useful power (P), the reactive power (Q) and the apparent power (S). (Answer it with a complete solution) 2. Using the Illustration below. Compute the total impedance (Z), the total current (1), the voltagedrop across R. the voltage drop across X₁, the voltage drop across Xc, the true or useful power (P),the reactive power (Q) and the apparent power (S). (Answer it with a complete solution)I105 j1552mRXL-√1252HExcE 220/30° Volts

Answered: Image /qna-images/answer/67d5d4ed-0d7e-4e27-a91c-499ecb14c652.jpg

2. Using the Illustration below. Compute the total impedance (Z), the total current (1), the voltage drop across R. the voltage drop across X₁, the voltage drop across Xc, the true or useful power (P), the reactive power (Q) and the apparent power (S). (Answer it with a complete solution) I 105 j1552 m R XL -√1252 HE xc E 220/30° Volts

2. Using the Illustration below. Compute the total impedance (Z), the total current (1), the voltage drop across R. the voltage drop across X₁, the voltage drop across Xc, the true or useful power (P), the reactive power (Q) and the apparent power (S). (Answer it with a complete solution) I 105 j1552 m R XL -√1252 HE xc E 220/30° Volts

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter2: Fundamentals

Section: Chapter Questions

Problem 2.24P: A source supplies power to the following three loads connected in parallel: (1) a lighting load...

See similar textbooks

Similar questions

A series circuit of RLC with following parameters, R=15 ohm, L=20 m H & C=100 micro Farad. VT=169.7 sin (337t-30) Volt. Find the following: Zt, , It, Voltage across each element, Power factor, apparent power, real or average power and reactive power and the total phasor diagram and power phasor diagram
The following is given for a series R-L-C circuit: resistor (R) = 8 Ohms, an inductor (L) = 32 mH and a capacitor (C) = 800uF. The circuit is supplied by a voltage source of e = 120 sin (125t) Volts. What is the angular frequency of the ac source? What is the circuit impedance? What is the power factor? What is the real power of the circuit?
For the series Ac circuit if e(t) = 6 sin(314t + 60°) : D 2) 3) N 5) Determine Zr Draw the impedance diagram. Calculate I, Vg, Ve and Ve. Draw the phasor diagram of the voltages E, Vg, Vi, Vcand I Calculate the total power factor, and indicate whether it is leading or lagging, and calculate the average power delivered to the circuit. 3Q 5Q AW if c@ e
An AC series circuit has R=300 ohms, L=0.90H, and C=2.0microfarad with a generator of 50V andw= 1000 rad/sec. Find: a). The overall power factor( indicate if leading or lagging) b). The total voltage drop across the resistor, the capacitor and inductor c). The total power dissipated by the circuit
1. A motor load consists of a resistance of 6 Ohms in series with an inductance of 12 mH. Assume 120Vac, 60 Hz supply. a. What is the complex impedance of the load? b. What is the ac current through this load? c. What is theta, the angle between voltage and current through this load? d. What is the power factor? e. What capacitance should be added in parallel with this load to correct the power factor to 1? f. What is the current from the supply when the power factor is corrected?
A 20 non-reactive resistor is connected in series with a coil of inductance 80 mH andnegligible resistance. The combined circuit is connected to a 200 V, 50 Hz supply.Calculate (a) the reactance of the coil, (b) the impedance of the circuit, (c) the current inthe circuit, (d) the power factor of the circuit, (e) the power absorbed by the circuit, (f) thevalue of a power factor correction capacitor to produce a power factor of unity and (g) thevalue of a power factor correction capacitor to produce a power factor of 0.9.
For the given circuit below: Calculate (a) The apparent power S, the real power P, the reactive power Q. (b) The power factor PF, Draw power triangle. (c) Determine the capacitor required to improve power factor to unity
The impedance ZL in the circuit is adjusted for maximum average power transfer to ZL. The internal impedance of the sinusoidal voltage source is 4+j7 Ω. 1. a) What is the maximum average power delivered to ZL?2. b) What percentage of the average power delivered to the lineartransformer is delivered to ZL?
The voltage across it v (t) = 10 . The equivalent of a circuit with cos (2000 . t + 30°) V If the impedance Z = 5 ∠ 60° Ω, what is the average power consumed in the circuit?
For the circuit shown in Figure , given that f= 60 Hz, calculate the complex power supplied by the source, the power factor of the source, and the source voltage as a function of time. assume x=3, y=4 , z=4 ( if found in the circuit)
A series circuit containing a noninductive resistance of 3 Ω and a coil is connected to a 120 V, 60 Hz supply. The current is 25 A. The true power, as indicated by a wattmeter, is 2500 W. Determine: the power factor of the series circuit. the effective resistance of the coil. the impedance and inductive rea ctance for the coil. the power factor of the coil
Kindly help me with my assignment: 1. A three phase motor can be regarded as Balanced "Wye " load. A three motor draws 5.6 KW when the voltage is 225 V and the line current is 18.5 Amperes. Determine the apparent power and the power factor. 2. A single phase circuit with a given load 5 ohm resistance and capacitive reactance of 2 ohms as well. The voltage is being supplied 120Volts with a reference angle of 30 degrees at 60 Hertz frequency. Solve for P, Q, S. and power factor.