A Ferris wheel has a diameter of 16 m. At t= 0 a passenger is at the lowest point on the wheel. At time t = 40s, a passenger is at the top of the wheel, 18 m above the ground. Sketch one cycle of the graph. State the equation of the graph. At what times during in the first 4 minutes can the passenger get off the wheel safely if it stopped? Could the passenger get off of the wheel safely at 5 min if it stopped then? Explain.
A Ferris wheel has a diameter of 16 m. At t= 0 a passenger is at the lowest point on the wheel. At time t = 40s, a passenger is at the top of the wheel, 18 m above the ground. Sketch one cycle of the graph. State the equation of the graph. At what times during in the first 4 minutes can the passenger get off the wheel safely if it stopped? Could the passenger get off of the wheel safely at 5 min if it stopped then? Explain.
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Transcribed Image Text:A Ferris wheel has a diameter of 16 m. At t = 0 a passenger is at the lowest point on the
wheel. At time t = 40s, a passenger is at the top of the wheel, 18 m above the ground.
Sketch one cycle of the graph.
. State the equation of the graph.
c. At what times during in the first 4 minutes can the passenger get off the wheel safely if it
stopped?
d. Could the passenger get off of the wheel safely at 5 min if it stopped then? Explain.
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