EE202
Exam I
February 17, 2010
Name: ______
Solution(NO COMMA)
___________
(Please print clearly)
Student ID: _________________
CIRCLE YOUR DIVISION
Section 02, 7:30 MWF
Section 01 3:30 MWF
INSTRUCTIONS
There are 12 multiple choice worth 5 points each and
there is 1 workout problem worth 40 points.
This is a closed book, closed notes exam.
No scrap paper or calculators are
permitted.
A transform table will be handed out separately.
Carefully mark your multiple choice answers on the scantron form.
Work on
multiple choice problems and marked answers in the test booklet will not be graded
Nothing is to be on the seat beside you.
When the exam ends, all writing is to stop.
This is not negotiable.
No writing while turning in the exam/scantron or risk an F in the exam.
All students are expected to abide by the customary ethical standards of the
university, i.e., your answers must reflect only your own knowledge and reasoning
ability.
As a reminder, at the very minimum, cheating will result in a zero on the exam
and possibly an F in the course.
Communicating with any of your classmates, in any language, by any means, for
any reason, at any time between the official start of the exam and the official end of the
exam is grounds for immediate ejection from the exam site and loss of all credit for this
exercise.
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View Full DocumentEE202 Ex 1 Sp 10 page 2
MULTIPLE CHOICE.
1.
For the circuit below,
i
in
(
t
)
Ke
2
t
u
(
t
) A where
K
2 and
Z
L
(
s
)
4
s
2
.
Then
v
out
(
t
)
(in V):
(1)
4
te
2
t
u
(
t
)
(2)
4
e
2
t
u
(
t
)
(3)
8
e
2
t
u
(
t
)
(4)
4
te
2
t
u
(
t
)
(5)
8
te
2
t
u
(
t
)
(6)
8
te
2
t
u
(
t
)
(7)
None of above
Solution 1.
V
out
(
s
)
Z
L
(
s
)
I
in
(
s
)
4
K
(
s
2)
2
v
out
(
t
)
4
Kte
2
t
u
(
t
)
.
ANSWER
(5)
2.
For the circuit below,
v
in
(
t
)
10
e
2
t
u
(
t
)
V and
Y
L
(
s
)
s
s
1
.
Then
i
out
(
t
)
has a term of the form
Ae
t
u
(
t
)
where
A
:
(1)
1
(2)
2
(3)
10
(4)
–10
(5)
20
(6)
–20
(7)
–2
(
8
)
None of above
Solution 2.
I
out
(
s
)
Y
L
(
s
)
V
in
(
s
)
s
s
1
10
s
2
10
s
1
20
s
2
.
v
out
(
t
)
20
e
2
t
10
e
t
u
(
t
)
V.
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 Operational Amplifier, The Circuit, iL, Thévenin's theorem, Compute vC1

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