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Upcoming Common Exam & Review Session Details for Sec. 013, 015, and 025

Prepare for the Common Exam on Monday, Nov. 4th, from 4:15-5:45 PM. Sec. 013 and 015 should report to CULM Lec. 2, while Sec. 025 will meet at Kupf. 209. Join my review session on Friday from 1-2:30 PM in Room 407, Tiernan. Tutoring is available on Saturdays (1-4 PM) in 101 Tiernan Hall, with appointments possible. Grades will be updated online; please verify for accuracy. Relevant concepts include rotational motion and kinetic energy. Let’s ensure you’re ready for the exam!

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Upcoming Common Exam & Review Session Details for Sec. 013, 015, and 025

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  1. Common Exam 2 • Monday Nov 4th 4:15-5:45pm Sec 013, 015 report to CULM Lec 2 Sec 025 Report to Kupf 209 • My review session will be FRIDAY 1-2:30pm Room 407 Tiernan • Tutoring on Saturday Teaching Assistant:  Dhvanit Mehta, m36@njit.edu Location and Times:  101 Tiernan Hall - 1-5:30pm, WEDS ONLY Saturdays Prior to Common Exam (10/7, 11/4, and 11/25), 1-4pm.  or by Appointment.

  2. Announcements • Grades updated on course web page • Problems with Iclicker grades for Week 6 fixed. • Please check grades to make sure that they are accurate.

  3. Spinning toy tops http://www.youtube.com/watch?v=LDXAhwhsZ9k If the top were not spinning, what would happen to it?

  4. Rotational Motion in Diving

  5. Right Hand Rule for Angular Velocity

  6. Rigid Body Rotation

  7. Iclicker Question #1 Consider a CD disk spinning around about its geometric center. Which of the following statements is true concerning a point on the inner track of the CD compared to a point on the outer track of the CD? • Both the inner track and the outer track have the same angular velocity. • Both tracks have the same tangential acceleration. • Both tracks have the same velocity. • The tracks have different centripetal accelerations • I can not tell because the stupid CD is scratched.

  8. Rotational Kinetic Energy

  9. Iclicker Question #2 Which should have a larger moment of inertia, a ring of material with radius R and total mass M or a solid disk of mass R and same total mass M? • The ring • The solid disk • Both should have the same moment of inertia • It depends upon the material used to make the ring • “One Ring to rule them all, One Ring to find them,One Ring to bring them all and in the darkness bind them..”

  10. Geometry for Parallel Axis theorom

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