In Industry, three Inductive loads each of resistance R = 29 ohms and inductance L= %3D 0.06 H are connected in star to a 435 V, F = 50 Hz, 3 phase supply. Find the following below: Phase voltage, Vp = Phase current, Ip= Line Current, lL= The Total Power Consumed, P = The value of neutral current, IN = %3D

In Industry, three Inductive loads each of resistance R = 29 ohms and inductance L= %3D 0.06 H are connected in star to a 435 V, F = 50 Hz, 3 phase supply. Find the following below: Phase voltage, Vp = Phase current, Ip= Line Current, lL= The Total Power Consumed, P = The value of neutral current, IN = %3D

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 2.30P: Figure 2.26 shows three loads connected in parallel across a 1000-V(RMS),60Hz single-phase source....

See similar textbooks

Similar questions

A 60Hz, single-phase source with V=27730 volts is applied to a circuit element. (a) Determine the instantaneous source voltage. Also determine the phasor and instantaneous currents entering the positive terminal if the circuit element is (b) a 20 resistor. (C) a 10mH inductor, and (d) a capacitor with 25 reactance.
In Industry, three Inductive loads each of resistance R = 34 ohms and inductance L = 0.05 H are connected in star to a 400 V, F = 50 Hz, 3 phase supply. Find the following below: Phase voltage, Vp = Phase current, IP= Line Current, IL= The Total Power Consumed, P = The value of neutral current, IN =
Q2 In Industry, three Inductive loads, each of resistance R = 32 ohms and inductance L = 0.04 H are connected in Delta to a 425 V, F = 50 Hz, 3 phase supply. Find the following below: i) Phase Impedance, Zp = ii) Phase Voltage, Vp = iii) Phase current, Ip = !3! iv) Line current, I= iiv) The Total Power Consumed, P=
A 3-phase load consists of three similar inductive coils, each of resistance 50Ω and inductance 0.3 H. The supply is 415 V, 50 Hz, Calculate (a) the line current (b) the power factor and (c) the total power when the load is (i) star-connected and (ii) delta-connected.
Q4: The statement is True or False? If a balanced 3 phase supply is provided to an inductive load, the phase current leads the phase voltage.
41. Ideal inductors and capacitors are in phase with each other. True False "By the convention we are using in this course, if the reactance (X) is positive, it is inductive in nature." True False In series-connected ac circuit, the total current though the circuit is always equal to the phasor sum of the individual current though each element." True False "In a R-L series circuit, R=10 ohms and X=10 ohms, the applied voltage is in phase to the circuit total current (assumed applied voltage is the reference)." True False
In Industry, three Inductive loads, each of resistance R = 30 ohms and inductance L = 0.12 H are connected in Delta to a 430 V, F = 50 Hz, 3 phase supply. Find the following below: Phase Impedance, Zp = Phase Voltage, Vp = Phase current, Ip = Line current, IL= The Total Power Consumed, P =
A parallel circuit of 25 – ohm resistor, 64 – mH inductor and 80 - μF capacitor connected across a 110 V, 50 Hz, single phase supply is shown in the figure below. Calculate: a.) the current in the individual element, b.) the total current drawn from the supply, c.) overall power factor of the circuit. Draw a neat phasor diagram showing IR, IL and IC.
In Industry, three Inductive loads each of resistance = 32 ohms and inductance L = 0.16 H are connected in Delta to a 400 V, F = 50 Hz, 3 phase supply. Find the following below: Phase Impedance, Zp = Phase Voltage, Vp = Phase current, Ip = Line current, I= The Total Power Consumed, p =
ChatGPT 3.5 You A balanced load is connected in star across a 3 phase 415V 50Hz supply. The load consists of a coil of resistance 25 ohms and inductance 0.5 henry in parallel with a pure resistance of 28 ohms and a pure capacitor of 60 microfarads capacitance ib each branch Calculate I. The line currents Ii. The overall power factor. iii. The power delivered from the supply. iv. The power dissipated in the resistors and coils. v. The current in the neutral supported by a reason why its value is that deduced ?
73. In phasor, the resistance has an angle of 90 degrees and the voltage and current are in phase." True False 74. The impedance (Z) of a circuit is the ratio of the phasor current to the phasor voltage. True False 75. Conductance is always expressed as a real number and comprised the real part of impedance equation. True False
Circuit elements with an inductance of 200 mH, a capacity of 50 μF and a resistance of 10 Ω are connected in parallel. If the average value of 198 V sinusoidal AC voltage is applied to this system, find the line current, impedance and phase angle of the circuit. (Take the frequency as 60 Hz.)