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KET A
UNIVERSITY OF ALABAMA AT BIRMINGHAM
SCHOOL OF ENGINEERING
DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING
EE 316 - EXAM #1. SUMMER SEMESTER 2006
Examination Rules
1.
All books, notes, and personal items (with the exception of pencils, eraser, eight
sheets of unmarked scratch paper, and ladies’ purses) must be left in the back of
the room.
The examination is Closed Book, Closed Note, and Closed Reference.
All problems will be graded on correct answer only.
Answers must be placed in the indicated space for a problem to be eligible for
grading.
The examination must be submitted to the examination proctor prior to S: Sp 4
to be graded.
Academic misconduct (i.e. plagiarism or cheating) will not be tolerated. Any
suspected instance of academic misconduct will be investigated thoroughly. Any
student involved in academic misconduct will be prosecuted to the full extent
allowed under university policy. This penalty will include an automatic grade of
“F” in the course without the opportunity for withdrawal. If the offense is the
second offense at UAB, permanent dismissal from UAB will result.
No student may leave their seat without the permission of the examination
proctor unless in the process of submitting the examination for grading and
leaving the room.
t have read an understand the above stated examination rules.
Signature
PRINTED NAME (FIRST/ M.I./LAST)
EE316, Summer 2006, Exam 1. Tue 6 June 2006, Name: Ke v A
Page 2/11
For the following circuit, find the Norton and Thevenin equivalent values.
Voc = 70. Volts (5 pts)
Is = 2 = 3-5 Amps (5 pts)
Zeq = Zo. Obms (5 pts)
Ion
| WX
i lon |
wpe zr
gov
20V
Voc by Syoen pos tion
Zag by © Pact cer”
Doe om ee
Zee
EE316, Summer 2006, Exam 1. Tue 6 June 2006, Name: Ker Aa
Page 5/11
For the following circuit:
Load 1 consumes 3000 /_ 30° VA, and
Load 2 consumes 3000 /_ -30° VA.
What is the total power consumed? What is the total load current?
Sr =S!%6.15) © VAGps) = 5196, 18 FO
Ik =_ 473-30 /+30° Amps (5 pts) = FP. Som} UES
Fx
=> Lo4apt
+ LoAd 2
tzo {30° C
(RAS)
Simply. Add te Powars
EE316, Summer 2006, Exam 1. Tue 6 June 2006, Name: ker A
Page 6/11
For the following circuit, write the mesh equation for current I1. (15 pts)
(13 ju+(_7F prt? yaar!)
2A
EE316, Summer 2006, Exam 1. Tue 6 June 2006, Name: Ke r A
Page 7/11
For the following circuit, write the node equation for voltage V2. (15 pts)
2
(8 oyvi+(__# yjva=¢ 7
6v
StL V;
pV t+ —
Gt
4a A s
3 Vy jt
AW WS
EE316, Summer 2006, Exam 1. Tue 6 June 2006, Name: KE c A
Page 10/11
For the following circuit, find Vo. (15 pts)
Vo = é : Volts
a Yo
ty,
Mawr Aopres4 esc -
Ove Coucd Oe Modal Analyses on 4he neta
Te +a Leh of the Souwren wrty rap ec #
te te better neLe
EE316, Summer 2006, Exam 1. Tue 6 June 2006, Name: “a ET A
Page 11/11
Find the indicated valued for the following circuit:
4
5. +S9.13° ohms (5 pts) = 34+ yt
eee Lap (Lagging)(s pts)
Complex Power = ZO/+53.13° Volt Amps (5 pts) =vr% 20 J 534A?
Zeq
Power factor
Real Power = i2- Watts (5 pts)
Reactive Power = /6é.- Volt Amps Reactive (5 pts)
l = 2+ = 8.13 "Amps (5 pts) =< = 9350.28
>
es 6
+
10 79° -
23 E Aa IR
KET 8
UNIVERSITY OF ALABAMA AT BIRMINGHAM
SCHOOL OF ENGINEERING
DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING
EE 316 - EXAM #1. SUMMER SEMESTER 2006
Examination Rules
1.
All books, notes, and personal items (with the exception of pencils, eraser, eight
sheets of unmarked scratch paper, and ladies’ purses) must be left in the back of
the room.
The examination is Closed Book, Closed Note, and Closed Reference.
. All problems will be graded on correct answer only.
Answers must be placed in the indicated space for a problem to be eligible for
grading.
The examination must be submitted to the examination proctor prior to S: iS 4
to be graded.
Academic misconduct (i.e. plagiarism or cheating) will not be tolerated. Any
suspected instance of academic misconduct will be investigated thoroughly. Any
student involved in academic misconduct will be prosecuted to the full extent
allowed under university policy. This penalty will include an automatic grade of
“F" in the course without the opportunity for withdrawal. If the offense is the
second offense at UAB, permanent dismissal from UAB will result.
No student may leave their seat without the permission of the examination
proctor unless in the process of submitting the examination for grading and
leaving the room.
thave read an understand the above stated examination rules.
Signature
PRINTED NAME (FIRST/M.1./LAST)
EE316, Summer 2006, Exam 1. Tue 6 June 2006, Name: KE T 8
Page 4/11
For the following circuit:
Load 1 consumes 4000 /_ 30° VA, and
Load 2 consumes 2000 /_ 60° VA.
What is the total power consumed? What is the total load current?
St = 5818-63 3G. 70° VAG ps) = YESH. J02 +) 3737Z-08)
bo =_ 48-49 (9-92 Amps (5 pts) = 49.767 —j $333
IZ0 £30° Loao 1 LOAD 2
EE316, Summer 2006, Exam 1. Tue 6 June 2006, Name: Ke r &
Page 5/11
For the following circuit:
Load 1 consumes 8000 /_ 30° VA, and
Load 2 consumes 2000 /_-90° VA.
What is the total power consumed? What is the total load current?
Sp = DANO j+16-102°VAG ps) = 6 723.203 4) 2000. 000
7 =_ 60-07 /+13-898" Amps (5 pts) = S&. 33 +p IHS
Fp,
> boda th
{Ze {20° 200A DZ
(RMS)
EE316, Summer 2006, Exam 1. Tue 6 June 2006, Name: K BY 8
Page 6/11
For the following circuit, write the mesh equation for current I. (15 pts)
(46 ju+( 72 yo ae @ ype - 4
)
Inv
| os! |
S-2 : Poe
EE316, Summer 2006, Exam 1. Tue 6 June 2006, Name: Ke Yr Bb
Page 9/11
For the following circuit, find Io. (15 pts)
To =_$+32% £-86-3"amps = 9.535 — §.303
co 30°
. CRMs ) .
-j) 2
K€») ps
e 2 jr 2 2
E316, Summer 2006, Exam 1, Tue 6 June 2006, Name: “EY &
Page 10/11
For the following circuit, find Vo. (15 pts)
Vo = 5.0 Volts
EE316, Summer 2006, Exam 1. Tue 6 June 2006, Name: K er 8
Page 11/11
Find the indicated valued for the following circuit:
Zeq
Power factor
Complex Power
Real Power
Reactive Power
I
+
zoe (0
=__/2 _/#53.13" obms(S pts) = 64) 3
o-€ LBpaihe Lageinn(s pts)
= 4 oO 7 +83-18° Volt Amps (5 pts) <VI* =
It
= 24, Watts (5 pts)
= 22. Voit Amps Reactive (5 pts)
= 2 fm 3-134 ~V — .
{~ 43-15 Amps (5 pts) zat 648-5137
s,
>
23 Sn
ef
Si.
= ij 2y