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Thursday, October 26
- Newton's First Law: The Law of Inertia
- Interia demonstrations
- Mass as a measurement of the amount of inertia
- Newton's Second Law: F=ma
Friday, October 27
- Newton's Second Law examples.
- Push on a 2.5 kg object with a force of 3.0 N. What is the displacement after 5.0 s? What if there is 1.2 N of friction force? What are all the forces acting on the objects?
- Relate net forces to accelerations as connections between dynamics and kinematics
Monday, October 30
- P. 74; 9–10 and 12–14 due
- Go over problems together in class.
Tuesday, October 31
- P. 73; 1, 5–8 due
- Velocity vector addition in 2–D.
- Application of vector addition methods in 2–D.
- A bird is flying with a velocity of 25 m/s north. There is a 15 mph wind from the north. Then solve with south wind, west wind, and wind 12° N of E.
Wednesday, November 1 - End of 1st marking period
- Intro. to Force Lab
- Work on Force Lab
Thursday, November 2
- Force Lab
Friday, November 3
- Force Lab
Monday, November 6
- Return/review problems from last week
- Go over #16-20 in detail
Tuesday, November 7
- Friction acting at angles on objects
- Forces on inclined planes
- Friction on inlclined planes
Wednesday, November 8
- P. 112, 35-38 due
- Go over problems together
Thursday, November 9
- P. 112, 35-38 due
- Go over problems together
Friday, November 10
- Intro. to Friction Lab
Monday, November 13
- Friction Lab
Tuesday, November 14
- Friction Lab (continued)
- Work on problems
Wednesday, November 15
- The Atwood Machine
Thursday, November 16
- Work on Problems
Friday, November 17
- Work on Problems
Monday, November 20 through
Monday, November 27 - Fall Break
Tuesday, November 28
- Go over first 1/2 of Chapter 4 Extra Problems
Wednesday, November 29
- Go over second 1/2 of Chapter 4 Extra Problems
Thursday, November 30
- Chapter 4 Review
Friday, December 1
- Chapter 4 Test