This preview shows pages 1–6. Sign up to view the full content.
This preview has intentionally blurred sections. Sign up to view the full version.
View Full DocumentThis preview has intentionally blurred sections. Sign up to view the full version.
View Full DocumentThis preview has intentionally blurred sections. Sign up to view the full version.
View Full Document
Unformatted text preview: I EE302  Introduction to Electrical and Computer Engineering
Dr. Nina Telaug Exam # 2
Name: You will spend the ﬁrst 15 minutes discussing this exam with your team.
During this time you will not use your calculator or pen/pencil. The sole
purpose of the team exercise is brainstorming. Read the entire exam ﬁrst. Box all ﬁnal answers or write them in the space provided.
Remember to provide correct writs for all quantities.
Show all your work. Extra paper is available. Be neat — I need to be able to read your work. Aim for an A+ Relax!!! © HPMFP‘PT‘ I Problem # 1 I 0 Problem # 2 0 Problem # 3 ‘ a ’1  Problem # 4 "W I Problem # 5 L
0 Total Score U 3‘ ms "9' Mesh Current Analysis 1. Use mesh current analysis to determine the current Ia, and the power associated
with the dependent source. [20 points] 15A Nodal Analysis 2. Using nodai analysis ﬁnd the voltage across the dependent source. Mark the
polarity of the voltage on the schematic. Calculate the power associated with this
source. Is this source absorbing or delivering? [20 points]  KM
_ , h ﬁrv PH)” 6
Nmﬂzi‘kqligﬁé’lj; /V V b eff“? A
T C— p r_1_ — t 1
5A z—Lg ; 5+?— 4%: LI mags 1619%} 534.222 A N009. 1L13+10¢:L+1H'Iq& g gv—l‘g'ég—ijﬁﬁﬂ
_ 1 P 1 _\33 ﬂ“ HT ‘
r; . MTQLSEL‘uWHHmm
,ICJC)” \ CE? 11;.
f0 3 —" V “M +uLb/Ikgb :16, ’13?” g ’  {2333:an f5 “ ﬂ
. 3VI4'G'Z/él
nagzwinv HMS/1 _
m‘ '
" " “ ‘ orm 93733 233113,?m
1V‘En‘fnrqu “O Vér’lf’ﬂjL ‘ \/ :BQDM p : +5003? Y3XB§U Superposition 3. Use the superposition principle to ﬁnd
(i) The voltage across the 5 (1 resistor due to the 110 V source.
(ii) The current through the 5 ﬂ resistor due to the 110 V source.
(iii) The total voltage across the 5 ﬂ resistor due to all sources.
(iv) The total voltage across the 5 Q resistor when the voltage source is
changed to 55V. [20 points]
Note: In the case of voltages mark the polarity, in the case of currents mark the direction. ‘ (J D— . Voltae across 5 Q resistor due to 110 V w. d) .15
Current throu h 5 Q'resistor due to 110 V [.
Total voltae across 5 Q resistor Total voltage across 5 Q resistor when
voltae sources chanes to 55V 4. Use the method of your choice to calculate V0 and 10 in the cimuit below. Calculate the power associated with each source and determine whether it is
delivering 01' absorbing. [20 points] is g Fi— f G
SAN: “ V1: ’ (QELQDZO W
H 0 V: Ni :4 £20 201* _ 20C?
p to wiﬂu OOXﬁZO Gljgyj/OOW "1 100w Hamilum ‘
umcom— Mm’nv
mw— "gisorbéjj 5. Use the method of your choice to ﬁnd the voltage V0 in the following simple
circuit. [20 points] 1000
0 12V o 1500 ,_\ QV‘+)©C) I HQV Hgmig 1V5. n
E l;_ WTQ‘W/D T— xvoﬁ/ﬂ‘05t5 V
\JOQOFEV ® .3317. ...
View
Full
Document
This note was uploaded on 05/02/2008 for the course EE 302 taught by Professor Mccann during the Fall '06 term at University of Texas at Austin.
 Fall '06
 MCCANN

Click to edit the document details