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7:40 |
8:40 |
9:40 |
10:40 |
11:40 |
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Week #1
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| 25 Aug |
Engineering
Introduction to the Integrated Program
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English
Traffic Jam
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English
|
Engineering
Computer training
The Web, webnotes, and Word
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|
| 26 Aug |
|
Physics
Physics assessment
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Math
Math assessment
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Engineering
Excel
|
|
| 27 Aug |
English
Jigsaw
|
Engineering
Jigsaw
|
Math
Attitude assessment
Problem solving
|
Engineering
Assessment
|
Physics
Sections 1.1 - 1.8
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| 28 Aug |
|
Engineering
Team training
|
Physics
"Private Universe"
|
Physics
Lab #1
Instrumentation
|
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| 29 Aug |
English
|
Math
1.1 Functions
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Math
1.2 Linear Functions
|
Engineering
Attitudes and critical thinking
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|
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Week #2
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| 1 Sept |
Labor Day
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| 2 Sept |
|
Engineering
Excel
|
Engineering
Concepts
|
|
| 3 Sept |
English
|
Math
1.3 Exponential unctions
1.4 Power functions
|
Math
1.5 Inverse functions
|
Physics
Vectors
|
| 4 Sept |
|
Physics
Recitation
|
Engineering
Visualization
|
Engineering
First project
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|
| 5 Sept |
English
|
Physics
Lab #2
Experimental error
|
Math
1.6 Logarithmic functions
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|
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Week #3
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| 8 Sept |
English
|
Math
|
Math
|
Physics
Vectors
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|
| 9 Sept |
|
Engineering
Team training
|
Engineering
Modeling: Chapter2
|
|
| 10 Sept |
English
|
Math
|
Physics
2.1 - 2.3 Velocity and acceleration
|
Engineering
Concepts
|
Engineering
Project #1
|
| 11 Sept |
|
Physics
2.4 - 2.6 1-D Motion
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Physics
Recitation
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English
Critical thinking
|
|
| 12 Sept |
English
|
Math
|
Physics
Lab #3
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|
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Week #4
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| 15 Sept |
English
Invention
|
Math
2.2 - 2.3 Derivatives
|
Physics
3.1 - 3.2 2-D Kinematics
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|
| 16 Sept |
|
Engineering
Visualization
|
Engineering
Modeling, Chapter #3
|
|
| 17 Sept |
English
Writing and design process
|
Math
2.4 Rate of change
|
Physics
Distance, velocity, and acceleration in 2-D; bouncing ball
|
Engineering
Project #1
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| 18 Sept |
|
Physics
3.4 - 3.6 Circular motion
|
Physics
Recitation
|
Engineering
Project #1
|
|
| 19 Sept |
English
Explaining concepts
|
Math
2.5 Second derivative
|
Physics
Lab #4
|
|
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Week #5
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| 22 Sept |
English
Invention, continued
|
Math
2.6 Approximations
|
Math
Local linearity
|
Physics
Recitation
|
|
| 23 Sept |
|
Engineering
Data collection
|
|
| 24 Sept |
English
Workshop on paper
|
Math
2.7 Limits
|
Physics
4.1 - 4.4 Forces, Newton's first law
|
Engineering
Data reduction
|
| 25 Sept |
|
Physics
Exam #1
|
Physics
4.5 - 4.7 Newton's second and third laws
|
Engineering
Concepts
|
|
| 26 Sept |
English
Workshop on paper, continued
Second draft due
|
Math
2.7 Limits, continued
|
Physics
Lab #5
Force, mass, acceleration
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|
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Week #6
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| 29 Sept |
English
Definition
|
Math
2.8 Differentiability
|
Math
3.1 How do we measure distance traveled?
|
Physics
4.8 Applications of Newton's laws
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|
| 30 Sept |
|
Engineering
Shootout
|
|
| 1 Oct |
English
Definition, continued
|
Math
Review
|
Engineering
Guest Lecture - Joe Circello, Motorola
|
Engineering
Modeling #4
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| 2 Oct |
|
Physics
4.8 Applications of Newton's laws, continued
|
Physics
Recitation
|
|
| 3 Oct |
English
Definition, continued
|
Math
Exam #1
|
Physics
Lab #6
Falling objects
|
|
|
Week #7
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| 6 Oct |
English
Definition of terms
General examples
|
Math
Test review
|
Math
3.1 - 3.2 Definite integrals
|
Physics
5.1 - 5.2 Applications of Newton's laws
|
|
| 7 Oct |
|
Engineering
Modeling #5
|
Engineering
Report preparation
|
|
| 8 Oct |
English
Draft of problem #3 due
Peer revision
|
Math
3.3 Definite integrals as area and average
|
Physics
5.3 - 5.4 Non-uniform circular motion
|
Engineering
Report on project #1
|
| 9 Oct |
|
Physics
Serway 5.5 - 5.6
Numerical kinematics, reference frames
|
Physics
Recitation
|
Engineering
Concepts, chapter #3
|
|
| 10 Oct |
English
Cueing the reader
|
Math
3.4 The fundamental theorem of calculus
|
Physics
TBA
|
|
|
Week #8
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| 13 Oct |
English
Analysis
|
Math
3.5 The fundamental theorem of calculus
|
Math
4.1 Formulas for derivative functions
|
Physics
6.1 - 6.2 Forces in nature; gravitational fields
|
|
| 14 Oct |
|
Engineering
Concepts (#3)
Problem definition
|
Engineering
Introduction to project #2
|
|
| 15 Oct |
English
Analysis, continued
|
Math
Review
|
Physics
6.3 - 6.4 Electric fields; motion in an electric field
|
Engineering
Concepts (#4)
Generating solutions
|
| 16 Oct |
|
Physics
Serway 6.5-6.6
Magnetic fields; motion in a magnetic field
|
Physics
Recitation
|
Engineering
Work on project #2
|
|
| 17 Oct |
English
Analysis, continued
|
Math
Test #2
|
Physics
Lab #7
Electromagnetic field simulations
|
|
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Week #9
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| 20 Oct |
English
Analysis
|
Math
Review of test #2
|
Math
4.2 Powers and polynomials
|
Physics
7.1 - 7.2 Work done by a constant force; vector scalar product
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|
| 21 Oct |
|
Engineering
Work on project #2
|
Engineering
Modeling #7
|
|
| 22 Oct |
English
Analysis, continued
Draft due
|
Math
4.3 The exponential function
|
Physics
7.3 Work done by a varying force
|
Engineering
Work on project #2
|
| 23 Oct |
|
Physics
Serway 7.4-7.5
Kinetic energy and power
|
Physics
Recitation
|
Engineering
Work on project #2
|
|
| 24 Oct |
English
Analysis, continued
Workshop
|
Math
4.4 The product and quotient rules
|
Physics
Lab #8
Work and energy
|
|
|
Week #10
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| 27 Oct |
English
Peer revision
|
Math
4.5 The chain rule
|
Math
4.6 The trigonometric functions
|
Physics
8.1 - 8.2 Potential energy and conservative forces
|
|
| 28 Oct |
|
Engineering
Concepts (#5)
Deciding the course of action
|
Engineering
Work on project #2
|
|
| 29 Oct |
English
Evaluating
|
Math
4.7 Applications of the chain rule
|
Physics
8.3 - 8.4
Conservation of energy
|
Engineering
Work on project #2
|
| 30 Oct |
|
Physics
Recitation
|
Physics
Test #2
|
Engineering
Concepts (#5)
Deciding the course of action
|
|
| 31 Oct |
English
Kepner-Tregoe analysis
|
Math
4.8 - 4.9 Implicit functions and tangent lines
|
Physics
Lab #9
Conservation of energy
|
|
|
Week #11
|
| 3 Nov |
English
Workshop - KT decision analysis
|
Math
Review
|
Math
5.1 Using the first derivative
|
Physics
8.5 - 8.6 Conservation of energy
|
|
| 4 Nov |
|
Engineering
Concepts (#6)
KT approach
|
Engineering
Work on project #2
|
|
| 5 Nov |
|
Math
Mastery exam
|
Physics
8.7 - 8.8 Potential energy revisited
|
Engineering
Modeling #6
|
| 6 Nov |
|
Physics
8.9 - 8.10 Potential energy diagrams
|
Physics
Recitation
|
Engineering
Work on project #2
|
|
| 7 Nov |
English
Workshop - Evaluation by comparison
|
Math
5.2 Using the second derivative
|
Physics
Lab #10
Energy analysis of Bungee Omlette
|
|
|
Week #12
|
| 10 Nov |
Veterans' Day
|
| 11 Nov |
|
Engineering
Bungee Omlette
|
|
| 12 Nov |
English
Revise #5 in class
|
Math
5.3 Families of curves
|
Physics
9.1 - 9.2 Momentum
|
Engineering
Project #2, data reduction
|
| 13 Nov |
|
Physics
9.3 - 9.4 Collisions
|
Physics
Recitation
|
Engineering
Introduction to project #3
|
|
| 14 Nov |
English
Examining causes
|
Math
5.5 Optimization
|
Physics
Lab #11
Conservation of momentum
|
|
|
Week #13
|
| 17 Nov |
English
Papers due
|
Math
5.6 Modeling
|
Math
Review
|
Physics
9.5 2-D collisions
|
|
| 18 Nov |
|
Engineering
Work on Project #3
|
|
| 19 Nov |
English
Causes
|
Math
Test #3
|
Physics
9.6 Center of mass
|
Physics
Recitation
|
Engineering
Work on project #2 report
|
| 20 Nov |
|
Physics
9.7 - 9.8 Rocket Propulsion
|
Engineering
Project #2 report
|
|
| 21 Nov |
English
Causes, collaborative writing
|
Math
5.7 Newton's method
|
Physics
Lab #12
Ballistic pendulum
|
|
|
Week #14
|
| 24 Nov |
English
Work on term paper
|
Math
Review test #3
|
Math
6.1 - 6.2 Definite integrals
|
Physics
11.1 - 11.2 Rotational kinematics
|
|
| 25 Nov |
|
Engineering
Modeling, Chapter 8
|
Engineering
Project #2, oral presentations
|
|
| 26 Nov |
English
Work on term paper
|
Math
6.3 - 6.4 Antiderivatives
|
Physics
11.3 - 11.4 Rotational kinetic energy
|
Engineering
Work on project #3
|
| 27 Nov |
Thanksgiving Break
|
| 28 Nov |
|
Week #15
|
| 1 Dec |
English
Work on term paper
|
Math
7.1 Antiderivatives and the fundamental theorem
|
Math
7.2 Integration by substitution
|
Physics
11.5 - 11.6 Torque
|
|
| 2 Dec |
|
Engineering
Project #3 practice shots
|
|
| 3 Dec |
English
Draft due
|
Math
Review
|
Physics
11.7 - 11.8 Angular momentum
|
Engineering
Work on Modeling #8
|
| 4 Dec |
|
Physics
Recitation
|
Physics
Exam #3
|
Engineering
Journaling
|
|
| 5 Dec |
English
Final paper due
|
Math
Review
|
Physics
Lab #13
Thrown rotating object
|
|
|
Week #16
|
| 8 Dec |
English
Work on final
|
Math
Test #4
|
Math
Review
|
Physics
11.8, 11.10 Laws of gravitation
|
|
| 9 Dec |
|
Engineering
Work on project #3
|
|
| 10 Dec |
English
Work on final
|
Math
Review
|
Physics
12.1 - 12.3 Kepler's laws
|
Engineering
Review
|
| 11 Dec |
Reading Day
|
