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In an amusement park ride, a 70 kg person sits in a 125 kg cage, which in turn is attached to the end of a bungee cord, and also anchored to the ground. The top of the bungee cord is then raised until it has stretched 8 meters. The anchor is released, and the cage (with the person inside) is propelled into the air. The bungee cord has a spring constant of 540 N/m.(a) How far above its anchored height will the cage and person go? h = 9 (b) What is the maximum speed experienced by the rider on this ride? (Note: the equilibrium position of the system is not at the height where the bungee cord is completely unstretched.) Number m/s (c) What is the maximum acceleration experienced by the rider on this ride? amax Number m/s Umax

In an amusement park ride, a 70 kg person sits in a 125 kg cage, which in turn is attached to the end of a bungee cord, and also anchored to the ground. The top of the bungee cord is then raised until it has stretched 8 meters. The anchor is released, and the cage (with the person inside) is propelled into the air. The bungee cord has a spring constant of 540 N/m.(a) How far above its anchored height will the cage and person go? h = 9 (b) What is the maximum speed experienced by the rider on this ride? (Note: the equilibrium position of the system is not at the height where the bungee cord is completely unstretched.) Number m/s (c) What is the maximum acceleration experienced by the rider on this ride? amax Number m/s Umax

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Note: this question will require the use of multiple physics tools that you have learned about this semester! In an amusement park ride, a 70 kg person sits in a 125 kg cage, which in turn is attached to the end of a bungee cord, and also anchored to the ground. The top of the bungee cord is then raised until it has stretched 8 meters. The anchor is released, and the cage (with the person inside) is propelled into the air. The bungee cord has a spring constant of 540 N/m.(a) How far above its anchored height will the cage and person go? h = 9 (b) What is the maximum speed experienced by the rider on this ride? (Note: the equilibrium position of the system is not at the height where the bungee cord is completely unstretched.) Number m/s Umax m (c) What is the maximum acceleration experienced by the rider on this ride? Number m/s (c) For safety reasons, the rider should not be subjected to accelerations greater than 1.8 g. What is the minimum mass required for the rider? amax mmin Number $
Transcribed Image Text:Note: this question will require the use of multiple physics tools that you have learned about this semester! In an amusement park ride, a 70 kg person sits in a 125 kg cage, which in turn is attached to the end of a bungee cord, and also anchored to the ground. The top of the bungee cord is then raised until it has stretched 8 meters. The anchor is released, and the cage (with the person inside) is propelled into the air. The bungee cord has a spring constant of 540 N/m.(a) How far above its anchored height will the cage and person go? h = 9 (b) What is the maximum speed experienced by the rider on this ride? (Note: the equilibrium position of the system is not at the height where the bungee cord is completely unstretched.) Number m/s Umax m (c) What is the maximum acceleration experienced by the rider on this ride? Number m/s (c) For safety reasons, the rider should not be subjected to accelerations greater than 1.8 g. What is the minimum mass required for the rider? amax mmin Number $
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