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🔴❗2: M 11/9, 🟡❗4: M 11/9, 🔵❗5: M 11/9 - hula hoop problem (1)
🔴❗2: M 11/9, 🟡❗4: M 11/9, 🔵❗5: M 11/9 - hula hoop problem (1)
❗Moment of Inertia Lab Quiz TODAY! end MP1
Today, we'll look at the idea of rolling in a couple other ways, including imagining rolling WITH slipping. We'll investigate the motion of a hula hoop as it skates across the floor. The worksheet is due and will be collected. In order to check your understanding of rolling with slipping problems, try 1980M3 a-c.
Handout: Hula-Hoop Problem
Homework: QUIZ on rotational dynamics and rolling with and without slipping on Friday, November 13th.
🟥 2: W 11/11, 🟨 4: T 11/10, 🟦 5: T 11/10 - hula hoop problem (2)
🟥 2: W 11/11, 🟨 4: T 11/10, 🟦 5: T 11/10 - hula hoop problem (2)
Today, we'll continue working on the Hula-Hoop Problem if you have not completed it. In order to check your understanding of rolling with slipping problems, try 1980M3 a-c. Otherwise, work on practice problems from old AP exams. If you have any extra time, you can start watching homework videos below.
Homework: Hula-Hoop Problem due next class (physical on-paper submission). QUIZ on rotational dynamics and rolling with and without slipping on Friday, November 13th. Watch this video on rotational kinetic energy and check out the clarification image after the video:
❤️ 2: Th 11/12 lab, 💛 4: W 11/11 lab, 💙 5: Th 11/12 lab - rotational kinetic energy (1)
❤️ 2: Th 11/12 lab, 💛 4: W 11/11 lab, 💙 5: Th 11/12 lab - rotational kinetic energy (1)
Check-In: rotational kinetic energy.
Today, we'll work on the following problems on rotational kinetic energy:
Required: 2002M2, 1999M3, 1986M2, 1992M2 c, 1997M3 redo a-c using energy plus e
Enrichment: 1994M2, find more problems on AP Central
As you finish each problem, write at least one big take-away from the problem after each solution. A take-away is something new you learned, something you need to remember, something you found surprising, etc.
Homework: Finish rotational kinetic energy problems. QUIZ on rotational dynamics and rolling with and without slipping next class - Friday, November 13th. Watch this video on angular momentum:
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