PROBLEM 2 A hula hoop, with a radius of r, is attached to the ceiling and can rotate about the pin that attaches it to the ceiling. A spider, who used to walk on a DJ Roomba, has now decided to walk on this hanging hula hoop. Find the acceleration of the spider, point P, with respect to a fixed frame using the super magic formula. You must use the super magic formula to solve this problem and draw and label the reference frames used in the diagram below.
PROBLEM 2 A hula hoop, with a radius of r, is attached to the ceiling and can rotate about the pin that attaches it to the ceiling. A spider, who used to walk on a DJ Roomba, has now decided to walk on this hanging hula hoop. Find the acceleration of the spider, point P, with respect to a fixed frame using the super magic formula. You must use the super magic formula to solve this problem and draw and label the reference frames used in the diagram below.
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Transcribed Image Text:PROBLEM 2
A hula hoop, with a radius of r, is attached to the ceiling and can rotate about the pin that attaches it to
the ceiling. A spider, who used to walk on a DJ Roomba, has now decided to walk on this hanging hula
hoop. Find the acceleration of the spider, point P, with respect to a fixed frame using the super magic
formula. You must use the super magic formula to solve this problem and draw and label the reference
frames used in the diagram below.
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