23For the circuit shown below, the average real power supplied to the ideal transformer load (16.33+ j10.88 Q) is. W: *J60-j20j10.880elll123:7ellj4016.330J202 Z0°Arms4.7192none of the aboveele

Answered: Image /qna-images/answer/88c846e6-ef18-4841-88ed-f2e016ec5345.jpg

For the circuit shown below, the average real power supplied to the ideal transformer load ( 16.33+ j10.88 Q) is.... W: * j10.880 J60 j22 HE elll 12 3:7 ell 16.330 J20 220°Arms 4.7 1.92 none of the above ele

For the circuit shown below, the average real power supplied to the ideal transformer load ( 16.33+ j10.88 Q) is.... W: * j10.880 J60 j22 HE elll 12 3:7 ell 16.330 J20 220°Arms 4.7 1.92 none of the above ele

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...

See similar textbooks

Similar questions

For the transformer in the circuit. Rg Rp X P ww www 10052 5052, 2002, Find the output voltage Vxc Magnitude and phase Vg 1000 Vrms and phase=0 5:1 Rs www 252, Xs ww 852. XC 1652. + Vxc
Iwo single-phase transformers whose phase electrical equivalent circuits are given below are connected in parallel and 4 =0.+ j0.62 is feeding a worth of load. Idle operating voltage of Transformer 1 is 220 V and Transformer 2 idle operating voltagę is 240V. transformer 1 transformer 2 0.20 w mm j0.92 j0.90 0.20 0.252 j0.80 j0.82 0.250 3.3k2 3.3k2 E V, a.) Find the currents flowing from transformers to the load. b.) Find the active powers that transformers transfer to the load. w ww m w w w ww w ww
Calculate the ratio of the kW output of transformer A to the kW output of transformer B. Both are connected in parallel to serve a 1,500-A single phase load at 0.825 pf lagging. The equivalent impedance of the transformers are 5 + j7.5 and 5.75 + j12.5 ohms, respectively. Assume the transformers have equal ratings and turns ratio.
The parameters of a 500/1000V 50Hz single phase transformer are given below: Z₁ 1.2 +j2.40, Z₂= 2.3 + j6.5 N, R=100 , X-500 N and Z₁= 23 +j20 N. If the primary current and power factor are: 45A and 0.67 lagging, at nominal input voltage. By using the exact equivalent circuit, find the required additional capacitor in parallel with load to correct the input power factor to unity power factor at the same current.
A single phase 100KVA 4000/240V 60 Hz. transformer, whose impedance refered to low voltage side is 0.0015+j0.0020 is connected to the load end (load side) of a feeder line whose impedance is 0.28+j0.582. Find the voltage at secondary terminals of the transformer when the load connected its secondary draws rated current from the transformer and the power factor of the load is 0.8 lagging. The sending end (source side) of the feeder line is connected to 4000V voltage level.
please answer all subparts
A 230/460V, 60Hz single phase transformer has Zs = 0.75 +j1.8 ohms. If the transformer is well designed, find its primary winding impedance in ohms. Group of answer choices 1.5+j3.6 3+j7.2 0.375 +j0.9 0.1875 + j0.45
A load impedance of (200+j0) ohm is to be matched with a 50 ohm transmission line using a quarter wave transformer. What will be the value of the characteristic impedance of the quarter wave transformer.
Explaination please...Thank you for your help! A 40 kVA 6000/240-V distribution transformer has an impedance referred to the primary of 15+j80Ω. The components of the excitation branch referred to the primary side are RC = 80 kΩ and XM =25 kΩ. The primary voltage is 5975 V and the load impedance is 2.2 + j0.8 Ω. What is the voltageregulation of the transformer?
For the circuit shown, what is the complex power, S, consumed by the 18 + j32 N load impedance? (Assume the voltage source is in RMS.) 30 j8 N a 18 2 = 25 20° V j32 0 b 39.84/29.4° VA O 33.61Z27.7° VA O 11.24Z60.6° VA O 17.02Z – 64.0° VÀ
A load of 1600 kW at 0-8 p.f. is shared by two 1000 kVA transformers having equal turn ratios and connected in parallel on their primary and secondary side. The full load resistance drop is 1% and reactive drop is 6% in one of the transformers, the corresponding values in the other transformer being 1.5% and 5%. Calculate the power and power factor at which each transformer is operating.
The short circuit power of the transformer is equal to:Sn/Usc% where Sn is the nominal power of the transformer and usc% is its short circuit impedance. Select one: True False