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Day by Day Schedule for 1017-311
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Week 1, Day A:
Introduction, WebAssign, Units and Conversions, Estimations, Measurements
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Week 1, Day B:
Measurements, Uncertainties, Propagation of Uncertainties, Graphing
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Week 1, Day C:
Introduction to Vectors
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Week 2, Day A:
Position, Velocity, Acceleration, Graphs of 1-D Motion, Water Accelerometer
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Week 2, Day B:
LoggerPro Software, Motion Sensors, Vertical Motion of a Ball
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Week 2, Day C:
Solving 1-D Kinematics Problems
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Week 3, Day A:
Motion in 2-D
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Week 3, Day B:
Motion on Curves, Uniform Circular Motion
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Week 3, Day C:
Projectile Motion
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Week 4, Day A:
Introduction to Forces, Free-Body Diagrams, Newton's Second Law
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Week 4, Day B:
Newton's Third Law, Newton's Second Law Problems (1-D)
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Week 4, Day C:
Modified Atwood Machine
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Week 5, Day A:
Uniform Circular Motion, Newton's Second Law Problems (2-D)
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Week 5, Day B:
Contact Friction, Newton's Second Law Problems (2-D)
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Week 5, Day C:
Variable Force, Drag Force
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Week 6, Day A:
Newton's Second Law Problems
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Week 6, Day B:
Kepler's Laws and Gravitation
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Week 6, Day C:
Problems Involving Gravitation and Kepler's Laws
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Week 7, Day A:
Work and Kinetic Energy
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Week 7, Day B:
Work Done by Variable Forces, Work in Lifting a Backpack, Work Problems
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Week 7, Day C:
Work Problems
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Week 8, Day A:
Conservative vs Non-conservative Forces, Energy and the Simple Pendulum
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Week 8, Day B:
Energy Problems
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Week 8, Day C:
Conservation of Mechanical Energy Lab
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Week 9, Day A:
Impulse and Momentum
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Week 9, Day B:
Collisions, Impulse and Momentum Problems
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Week 9, Day C:
Center of Mass Problems, Center of Mass IP
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Week 10, Day A:
Energy and Momentum, Ballistic Pendulum
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Week 10, Day B:
Ballistic Pendulum, Energy and Momentum Problems
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Week 10, Day C:
Energy and Momentum Problems, Review