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A 100 KVA; 2,400-120 volt; 50-cycle transformer has 1.18 per eent resistance and 3.61 rer cent reactance. What are the values of primary equivalent resistance and reactance in ohms? Secondary equivalent resistance and reactance in ohms? Caleulate the regu- lation by formula for both unity and 0.75 inductive power factors. Ans. 0.679 ohm; 2.079 ohms; 0.001699 ohm; 0.005198 ohm; 1.18, 3,28

A 100 KVA; 2,400-120 volt; 50-cycle transformer has 1.18 per eent resistance and 3.61 rer cent reactance. What are the values of primary equivalent resistance and reactance in ohms? Secondary equivalent resistance and reactance in ohms? Caleulate the regu- lation by formula for both unity and 0.75 inductive power factors. Ans. 0.679 ohm; 2.079 ohms; 0.001699 ohm; 0.005198 ohm; 1.18, 3,28

Introductory Circuit Analysis (13th Edition)
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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A 100 KVA; 2,400-120 volt; 50-cycle transformer has 1.18 per cent resistance and 3.61 per cent reactance. What are the values of primary equivalent resistance and reactance in ohms? Secondary equivalent resistance and reactance in ohms? Calculate the regu- lation by formula for both unity and 0.75 inductive power factors. Ans. 0.679 ohm; 2.079 ohms; 0.001699 ohm; 0.005198 ohm; 1.18, 3.28
Transcribed Image Text:A 100 KVA; 2,400-120 volt; 50-cycle transformer has 1.18 per cent resistance and 3.61 per cent reactance. What are the values of primary equivalent resistance and reactance in ohms? Secondary equivalent resistance and reactance in ohms? Calculate the regu- lation by formula for both unity and 0.75 inductive power factors. Ans. 0.679 ohm; 2.079 ohms; 0.001699 ohm; 0.005198 ohm; 1.18, 3.28
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