öf weight 579.69 N rides a steadily rotating Ferris eel (the student sits upright). The Ferris has a radius of 10 m it is pretty fast. If at the highest point of the Ferris the dent is about to become "airborne" (the student is about to se contact with the seat) find the magnitude of the force (in vith which he pushes on the seat when he passes through lowest point of the Ferris.
öf weight 579.69 N rides a steadily rotating Ferris eel (the student sits upright). The Ferris has a radius of 10 m it is pretty fast. If at the highest point of the Ferris the dent is about to become "airborne" (the student is about to se contact with the seat) find the magnitude of the force (in vith which he pushes on the seat when he passes through lowest point of the Ferris.
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Transcribed Image Text:A student of weight 579.69 N rides a steadily rotating Ferris
wheel (the student sits upright). The Ferris has a radius of 10 m
and it is pretty fast. If at the highest point of the Ferris the
student is about to become "airborne" (the student is about to
loose contact with the seat) find the magnitude of the force (in
N) with which he pushes on the seat when he passes through
the lowest point of the Ferris.
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