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show all your steps and write your final answers in a sentence. Please use g = 9.80 for each of these questions to increase precision. Therefore all answers will have 3 significant digits. A ride in the amusement park goes up and down. The ride launches a rider of mass 62.4 kg from an initial velocity of 0.00 m/s[up],to a final velocity of 12.3 m/s[up] and that takes a time of 0.376 seconds. a) Calculate the normal force that the guest experiences from the seat during that time,in which the guest experiences only two forces: normal force and gravity. b) Calculate the g-force the guest experiences during that acceleration. The g-force is the normal force that a person currently experiences, divided by the normal force that the person experiences at rest, with no forces other than normal force and gravity acting on them. Humans have a limit to tolerating g-forces, and high g-forces can be deadly. The most intense rides at a theme park can briefly hit 4-5 g's, while astronauts during takeoff expereince 3-4 g's for a prolonged time.

show all your steps and write your final answers in a sentence. Please use g = 9.80 for each of these questions to increase precision. Therefore all answers will have 3 significant digits. A ride in the amusement park goes up and down. The ride launches a rider of mass 62.4 kg from an initial velocity of 0.00 m/s[up],to a final velocity of 12.3 m/s[up] and that takes a time of 0.376 seconds. a) Calculate the normal force that the guest experiences from the seat during that time,in which the guest experiences only two forces: normal force and gravity. b) Calculate the g-force the guest experiences during that acceleration. The g-force is the normal force that a person currently experiences, divided by the normal force that the person experiences at rest, with no forces other than normal force and gravity acting on them. Humans have a limit to tolerating g-forces, and high g-forces can be deadly. The most intense rides at a theme park can briefly hit 4-5 g's, while astronauts during takeoff expereince 3-4 g's for a prolonged time.

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show all your steps and write your final answers in a sentence. Please use g = 9.80 for each of these questions to increase precision. Therefore all answers will have 3 significant digits. A ride in the amusement park goes up and down. The ride launches a rider of mass 62.4 kg from an initial velocity of 0.00 m/s[up],to a final velocity of 12.3 m/s[up] and that takes a time of 0.376 seconds. a) Calculate the normal force that the guest experiences from the seat during that time, in which the guest experiences only two forces: normal force and gravity. b) Calculate the g-force the guest experiences during that acceleration. The g-force is the normal force that a person currently experiences, divided by the normal force that the person experiences at rest, with no forces other than normal force and gravity acting on them. Humans have a limit to tolerating g-forces, and high g-forces can be deadly. The most intense rides at a theme park can briefly hit 4-5 g's, while astronauts during takeoff expereince 3-4 g's for a prolonged time.
Transcribed Image Text:show all your steps and write your final answers in a sentence. Please use g = 9.80 for each of these questions to increase precision. Therefore all answers will have 3 significant digits. A ride in the amusement park goes up and down. The ride launches a rider of mass 62.4 kg from an initial velocity of 0.00 m/s[up],to a final velocity of 12.3 m/s[up] and that takes a time of 0.376 seconds. a) Calculate the normal force that the guest experiences from the seat during that time, in which the guest experiences only two forces: normal force and gravity. b) Calculate the g-force the guest experiences during that acceleration. The g-force is the normal force that a person currently experiences, divided by the normal force that the person experiences at rest, with no forces other than normal force and gravity acting on them. Humans have a limit to tolerating g-forces, and high g-forces can be deadly. The most intense rides at a theme park can briefly hit 4-5 g's, while astronauts during takeoff expereince 3-4 g's for a prolonged time.
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