Q1. The circuit of Figure 1 has a source of 240V and source, line and load impedances according to the table below. Source Line 1+j1.XYQ | 2+j2.XY Ω | 7+j5.XY Q Load Where X and Y are the last 2 digits of your student number. For example: If your number is C1700123, then Source = 1+j1.230, Line = 2+j2.2302, Load = 7+j5.23 Q If your number is C1700100, then Source = 1+j1.000, Line = 2+j2.000, Load = 7+j5.000 Vload Source Line Load 000 Figure 1 a) Find the current delivered by the source. Express in both polar and rectangular form. b) Calculate the power factor of each section (source, line and load) and the full system. c) Calculate the voltage across the load (Vload) W
Q1. The circuit of Figure 1 has a source of 240V and source, line and load impedances according to the table below. Source Line 1+j1.XYQ | 2+j2.XY Ω | 7+j5.XY Q Load Where X and Y are the last 2 digits of your student number. For example: If your number is C1700123, then Source = 1+j1.230, Line = 2+j2.2302, Load = 7+j5.23 Q If your number is C1700100, then Source = 1+j1.000, Line = 2+j2.000, Load = 7+j5.000 Vload Source Line Load 000 Figure 1 a) Find the current delivered by the source. Express in both polar and rectangular form. b) Calculate the power factor of each section (source, line and load) and the full system. c) Calculate the voltage across the load (Vload) W
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Transcribed Image Text:Q1. The circuit of Figure 1 has a source of 240V and source, line and load
impedances according to the table below.
Source
Line
_1+j1.ΧΥ Ω
_ 2+j2.XY Ω
7+j5.XYQ
Load
Where X and Y are the last 2 digits of your student number.
For example:
If your number is C1700123, then Source = 1+j1.230, Line = 2+j2.230, Load =
7+j5.23 Q
If your number is C1700100, then Source = 1+j1.000, Line = 2+j2.000, Load =
7+j5.00 Ω
Vload
Source
Line
Load
voo
voo
voo
Figure 1
a)
Find the current delivered by the source. Express in both polar and
rectangular form.
b) Calculate the power factor of each section (source, line and load) and the
full system.
c) Calculate the voltage across the load (Vload)
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