HW1.1 - Calculate the equivalent resistance Rab at terminals a-b for each of the circuits Figure.1(a)and Figure. 1(b).30 24028292a owwww20 260 25215010211 220242bo w10250 2(a)bo W-Figure.170 280 2(b)HW1.2 – Find the values in the Figure.1 if the current through the 35 Q resistor is 5 A.162ww(a) the voltage VA,|SA: 30Ω(b) the voltage Vs ,15Ω(e) the power Ps.10Ω35ΩPs60 Ω(c) the current IB,30Ω(e) the power Pg.Figure.2HW1.3 – Calculate the voltages Vo and Vab , the currents io and ix, the power of Psı in the Figure.3via Ohm's Law, KVL, and KCL. The voltage sources of the circuit are Vs1 = 250 Volt, Vs2= 50 Volt.252170int5.ix480VabFigure.3wwwwwwww

Answered: Image /qna-images/answer/9370c849-f4b6-4c3c-89b1-d0590b1102d5.jpg

HW1.1 - Calculate the equivalent resistance Rab at terminals a-b for each of the circuits Figure.1(a) and Figure. 1(b). 30 2 402 82 92 a o ww ww 20 2 60 2 52 150 102 11 2 202 42 bo w 102 50 2 (a) bo W- Figure.1 70 2 80 2 (b)

HW1.1 - Calculate the equivalent resistance Rab at terminals a-b for each of the circuits Figure.1(a) and Figure. 1(b). 30 2 402 82 92 a o ww ww 20 2 60 2 52 150 102 11 2 202 42 bo w 102 50 2 (a) bo W- Figure.1 70 2 80 2 (b)

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

Chapter4: Transmission Line Parameters

Section: Chapter Questions

Problem 4.2P: The temperature dependence of resistance is also quantified by the relation R2=R1[ 1+(T2T1) ] where...

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Digital IC design is a procedural interaction that involves converting determinations and highlights into computerized blocks, which are then further transformed into basic circuits. A significant number of the imperatives related with advanced IC plan come from the foundry cycle and innovative restrictions.

Question

HW1.1 - Calculate the equivalent resistance Rab at terminals a-b for each of the circuits Figure.1(a)
and Figure. 1(b).
30 2
402
82
92
a o
ww
ww
20 2
60 2
52
150
102
11 2
202
42
bo w
102
50 2
(a)
bo W-
Figure.1
70 2
80 2
(b)
HW1.2 – Find the values in the Figure.1 if the current through the 35 Q resistor is 5 A.
162
ww
(a) the voltage VA,
|SA
: 30Ω
(b) the voltage Vs ,
15Ω
(e) the power Ps.
10Ω
35Ω
Ps
60 Ω
(c) the current IB,
30Ω
(e) the power Pg.
Figure.2
HW1.3 – Calculate the voltages Vo and Vab , the currents io and ix, the power of Psı in the Figure.3
via Ohm's Law, KVL, and KCL. The voltage sources of the circuit are Vs1 = 250 Volt, Vs2= 50 Volt.
252
170
int
5.ix
480
Vab
Figure.3
ww
ww
ww
ww

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