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Monday, February 5
- Introduction to rotational motion
- Defining centripetal acceleration and centripetal force
- Circular motion as constant speed but not constant velocity
Tuesday, February 6
- Circular motion as both linear and angular measurements
- Calculating linear speed and angular speed
Wednesday, February 7 - snow day
Thursday, February 8
- Example problem: a record player starts from rest and accelerates to 33 1/3 RPM in 3.5 s. Determine angular acceleration, linear acceleration, centripetal acceleration for the rim of the 30 cm diameter LP, angular displacement, and linear displacement
Friday, February 9
- Chapter 6 Test
Monday, February 12
- P. 218, 1-6 due
- Go over problems together in class
Tuesday, February 13
- P. 218, 7-11 due
- Go over problems together in class
Wednesday, February 14
- Intro. to Circular Motion Lab
Thursday, February 15
- Collect circular motion lab data
Tuesday, February 20
- AP Problem set 7-1 due
- Continue collecting circular motion lab data
Wednesday, February 21
- P. 219; 15–16, 19–22 due
- Go over problems together
Thursday, February 22
- P. 219 25-28 due
- Go over problems together
Friday, February 23
- Circular Motinon Lab due
- Universal Law of Gravitation
- Gravity as a centripetal force
Monday, February 26
- P. 219, 29-34 due
- Go over problems together in class
- Solution to LaGrange point problem
Wednesday, February 28
- Kepler's three laws of planetary motion
- Practical examples of the LaGrange point problem
Thursday, March 1
- AP Problem set 7-2 due
- Go over problems together
Friday, March 2
- Chapter 7 Review due
- Go over problems together
Monday, March 5
- Chapter 7 Test