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Unformatted text preview: nter O. At the m) is offset by distance e from the
center O. If Gthrough the bottom of a as the wheel rolls without slip through
is in the position shown circular path shown.
of a circular path shown, find the normal force N that is exerted by the path on
Find: For this position, determine the normal force N that is exerted by the path on the disk. C
! R e
O G
r Use the following e = 0.05 m, ! = 3 analysis: R = 1. m,
llowing: R = 1.25 m, r = 0.25 m, parameters in yourrad/s, and m = 505kg. r = 0.2m, e = 0.1m, ω = 4rad/sec and
m = 75kg . Problem V9
A thin, homogeneous bar AB (having a length of L and mass m) is pinned to ground at
pointChapter V: Rigid a distance of L/4 from end A). A homogeneous disk of mass M
O (where O is at Body Kinetics Homework
and radius r is welded to the bar AB with end B being at the center of the disk. A constant
forceProblemend A in such a way that the line of action of F is always perpendicular to
F acts at V.9
OA. At instant “1”, the system is released from rest with AB being ho...
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 Spring '09

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