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How are vertical circles different?

posted Dec 23, 2017, 1:27 PM by Barbara Fortunato   [ updated Jan 5, 2018, 6:00 PM ]
5: W 1/3, 7: Th 1/4  M 1/5

Today, we'll look at vertical circles where gravity combines with some other force to account for the centripetal force. 

If you missed class or would like to review, check out these videos on vertical circles:

Tension in vertical circles (Doc Schuster)

Vertical Circles 2 (CastleRockResearch)

Circular Motion Problems (lasseviren1)



PresentationVertical Circles
HandoutHard Circular Motion Problems.  (skip #9) ANSWERS.
HomeworkTest corrections for Unit 4 test due Tuesday, January 12.  Do Hard Circular Motion Problems - note: for #3a, an acceleration of “1g” is 9.8 m/s2, so an acceleration of 0.050g is (0.050)(9.8 m/s2).  Then do #1, 2, 3, & 5 from Even Harder problems from next post.  If you need extra practice on easy UCM problems, Circular Motion Practice worksheet (optional) (Ans:  1. (a) 8.77m/s2 (b) mass times 1a.  2. (a) 1.56m/s (b) mass times 8.11m/s2(c) 8.11m/s2.  3. (a) 0.650 (b) no change.
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