| April 3 |
- PRESCRIBED PRACTICAL ~ Measuring the acceleration due to gravity by timing a freefalling object (write up as DCP/CE)
- Try the following simulation: Free Fall Model
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| April 4 |
- work on LABS, Popper Physics, Reaction Time
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| April 5 |
- work on LABS, Popper Physics, Reaction Time
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| April 6 |
- QUIZ (2.1 Kinematics)
- work on Labs
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| April 7 |
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| April 10 |
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| April 11 |
- Forces (Weight/Normal Force/FBDs)
- BrainPop: Gravity
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| April 12 |
- Forces (Resultant Forces/Balanced & Unbalanced Forces/Newton's First Law/Translational Equilibrium/Newton's Second Law)
- Notes
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| April 13 |
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| April 18 |
- Forces (Fluid Resistance)
- Notes
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| April 19 |
- Investigating the Terminal Velocity of a Coffee Filter
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| April 20 |
- Work on Terminal Velocity Lab
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| April 21 |
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| April 24 |
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| April 25 |
- Momentum & Impulse (Conservation of Linear Momentum)
- Finish Popper Physics
- pHET Collision Lab (needs JAVA!!! ~ settings: 1D, check velocity vectors & momenta diagram, try 100%, 50%, 0% elasticity, try different mass combinations, try different velocities and look at the total mometum before & after collision)
- Notes
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| April 26 |
- Momentum & Impulse (Conservation of Linear Momentum)
- Notes
- Video: Momentum (Vector Addition)
- 2D Collisions (World-in-Motion video analysis)
- Another Example
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| April 27 |
- Momentum & Impulse (Newton's Third Law)
- Notes
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