VI.For the figure below, if Z1 = 12 + j9 , Z2 = 18 – j7.5 Q and Vr = 23020° V, determine: (a) l1, l2, and I3, (b) P2 Q2, S2, and pf2 for Z2, (c) and Pr, Qr, ST, and pf; for the circuit. IT I1 Z1 12 22 VT VII. A factory has the following major loads: Load 1 = 10kWw, 0.8 pf lagging; Load 2 = 20KVA, 0.6 pf lagging; and Load 3 = 25KVAR, 0.9 leading. Find the Pr, Qr, ST, and pft for the factory.
VI.For the figure below, if Z1 = 12 + j9 , Z2 = 18 – j7.5 Q and Vr = 23020° V, determine: (a) l1, l2, and I3, (b) P2 Q2, S2, and pf2 for Z2, (c) and Pr, Qr, ST, and pf; for the circuit. IT I1 Z1 12 22 VT VII. A factory has the following major loads: Load 1 = 10kWw, 0.8 pf lagging; Load 2 = 20KVA, 0.6 pf lagging; and Load 3 = 25KVAR, 0.9 leading. Find the Pr, Qr, ST, and pft for the factory.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Transcribed Image Text:VI.For the figure below, if Z1 = 12 + j9 N, Z2 = 18 – j7.5 Q and Vr = 23020° V, determine: (a) l1, l2, and I3, (b) P2,
Q2, S2, and pfz for Zz, (c) and Pr, Qr, St, and pf; for the circuit.
I1 Z1
12 22
VT
A factory has the following major loads: Load 1 = 10kW, 0.8 pf lagging; Load 2 = 20KVA, 0.6 pf lagging;
VII.
and Load 3 = 25KVAR, 0.9 leading. Find the Pr, Qr, ST, and pfr for the factory.
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