Posted by Jennifer on Sunday, October 4, 2009 at 8:23pm.
The force holding them up is mu*fn= mu*mv^2/r= mu*m*w^2 r
set that equal to the force of weight...
m g= mu*m w^2 r
solve for mu.
change .7 rev/sec to rad/sec by multiplying by 2PI.
Help me anyone please
Change frequency to period T=1/f. Find the velocity v=2(pi)r.
Find radial acceleration a=v^2/r.
Then divide gravity by the radial acceleration that you found. g/a
rotor ride a cylinder of radius 3m is rotation at a linear speed of 15 m/s. What minimum coefficient of static friction is required to keep the participant from slipping?
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