Announcements Homework 8: due Friday Nov. 11@ 6: 00 PM ←Chap.7:#7,22,28,33,35,44,45,50,54,61,and65
文件格式: PPT大小: 588KB页数: 45
The kinetic energy of a rotating system looks similar to that of a
文件格式: PPT大小: 320KB页数: 34
The lever arm is the perpendicular distance from the axis of rotation to a line drawn along the direction of the force
文件格式: PPT大小: 527KB页数: 43
The impulse of the force action on an object equals the change in momentum of the object
文件格式: PPT大小: 681.5KB页数: 46
Problem: How High? A projectile of mass m is launched straight up from the surface of the earth with initial speed vo. What is the maximum distance from the center of the earth Rmax it reaches before falling back down
文件格式: PPT大小: 653KB页数: 40
Work Kinetic-Energy Theorem: (Net Work done on object] change in kinetic energy of object
文件格式: PPT大小: 187.5KB页数: 27
Homework 6: due after midterm week Chapter 6: Work and Energy Definition of work Work-kinetic energy theorem
文件格式: PPT大小: 498KB页数: 56
Summary (with comparison to 1-D kinematics)
文件格式: PPT大小: 509.5KB页数: 47
Centripetal Acceleration UCM results in acceleration: ← Magnitude a=vr= since=
文件格式: PPT大小: 422.5KB页数: 31
Chapter 5 Uniform Circular Motion Macintosh PICT image format is not supported What does it mean? How do we describe it? What can we learn about it
文件格式: PPT大小: 1.01MB页数: 55