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Week
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Physics
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Lab
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Computer Lab
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Calculus
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1
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1-D Motion
(Chapter 2)
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Intro to Graphical Analysis and Free Fall Lab
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Introduction to
Python (uniform and non-uniform motion)
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Rates
1.1-1.3
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2
|
2-D Motion
(Chapter 3)
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Intro to Planning Labs: Motion of a Pendulum.
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Modeling Projectile motion, graphing components
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Approximation
2.1-2.3
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3
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Newton’s Laws
(Chapter 4)
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Turtle/Vector Graphics in Python
Orienteering
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The Derivative
3.1-3.4
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4
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Application of Newton’s Laws
(Chapter 4/5)
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2nd Law – Van push
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Derivative as a Function
3.5-3.6
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5
|
Circular Motion
(Chapter 5)
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Motion in a resistive medium Lab
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Input/Output Modeling motion in a resistive medium
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Differential Equations
4.1-4.2
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|
6
|
Work
(Chapter 6)
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Circular Motion Lab
|
TBA
|
Exponentials and Logs
4.3-4.6
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7
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Energy
(Chapter 7)
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Conservation of Energy Workshop
|
TBA
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Riemann Sums
6.1-6.3
|
|
8
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Momentum
(Chapter 8)
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Conservation of Energy Lab
|
TBA
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Funamental Theorem of Calculus
6.4-6.5
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|
9
|
Relativity
(Chapter 9)
|
Relativity Workshop
|
Rocket Propulsion
|
Techniques of Differentiation
5.1,5.3,5.4
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|
10
|
Gravitation
(Chapter 11)
|
Orbiting Mars
|
Techniques of Differentiation
5.5-5.6
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