l.) [10] For a system described by the ODE with input TEE):
cm + 54:) = 4m) C 5 ‘- 5C. -“
a.) [4] Find the sailing time c Cg-l‘ 5) :
1Z=§C =§=ag
b.) [4] Find the rise time
2.2-
7: T:
c.) [2] Provide a sketch of [he response beluw:
OL'.
muck lam-r. HEM-ﬁa

Exam 1
Wednesday, September 23, 2015
12:58 PM
Exam 1 Friday
Entire class period, closed book
1 Crib sheet
Both sided
No worked problems
Handwritten
Turned in with exam
Exam1_Tables.pdf posted on LMS - you have to print this out
and can bring it wit

Table A2: Electrical System Relations
Monday, September 01, 2014
9:03 PM
Modeling Procedure:
Draw a schematic of the system
Assign a coordinate system - label current direction of
all branches/wires
Apply Physics
Constitutive/Element relations ( = )

Table A1: Modeling Procedure - Mechanical Systems
Thursday, August 28, 2014
8:35 PM
Modeling Procedure:
Draw a diagram of the system and all the forces acting on it
Assign a coordinate system
Draw a Free Body Diagram of each point/body/mass of interest

Poles and Zeroes (go over - no lecture)
Monday, February 10, 2014
8:28 AM
L6 Page 1
L6 Page 2
L6 Page 3
L6 Linearization & Fist order
Wednesday, September 16, 2015
7:51 AM
L6 Page 4
L6 Page 5
L6 Page 6
L6 Page 7
Derivation: 1st order response (go over - n

L5
Monday, September 14, 2015
8:39 PM
Lab tomorrow - all students all sections! All lab related material will be discussed tomorrow
L5 Page 1
L5 Page 2
L5 Page 3
L5 Page 4
L5 Page 5
L5 Page 6
L5 Page 7
Example: Non-Inverting OpAmp
Thursday, September 04,

Exam 1
Wednesday, September 23, 2015
12:58 PM
Exam 1 Next Friday
Entire class period, closed book
1 Crib sheet
Both sided
No worked problems
Handwritten
Turned in with exam
Exam1_Tables.pdf posted on LMS - you have to print this out
and can bring i

Table A4: Definitions, Poles, Zeroes, Response (go over no lecture)
Thursday, September 11, 2014
12:19 PM
Transfer Function: The ratio of the output of interest to the
input of interest in the frequency domain =
Order of a system: The degree of the pol

Table A3: Steps To Finding a State Space Representation
Monday, September 08, 2014
8:32 PM
State Space Representation: Write an nth order differential
equation as n 1st order differential equations:
Steps To Finding a State Space Representation:
1. Define