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A technologically oriented diving coach wishes to analyze the vertical "push off" for members of the diving team. In order to do this, she simulates the diving process by having the athletes drop (free fall) from an adjustable height platform onto a "force-o-meter" which measures the vertical force the divers exert on the ground as a function of time. For a particular diver with a mass of 54.0 kg, she sets the adjustable height platform at 0.585 m and instructs the diver to free fall onto the "force-o-meter" and push off as she would in a dive. The computer readout shows that the diver was in contact with the meter for 0.750 s and that the force exerted on the platform may be described by the function F(t) = (12,000 N/s)t - (16,000 N/s2)t2 where the force will be in Newtons when the time is seconds. Determine the following. (a) speed of the diver when she lands on the meter (Enter your answer to at least two decimal places.) 3.3878 m/s (b) vertical upward impulse the meter imparts to the diver (Enter your answer to at least four significant figures.) 1125 (c) speed of the diver when she leaves the meter 17.45 What forces act to change the momentum of the diver as she lands on the meter? m/s (d) height of the diver's jump after leaving the meter 15.54 Which of the kinematic equations will allow you to determine the height the diver obtains after bouncing off the meter? m Additional Materials O eBook

A technologically oriented diving coach wishes to analyze the vertical "push off" for members of the diving team. In order to do this, she simulates the diving process by having the athletes drop (free fall) from an adjustable height platform onto a "force-o-meter" which measures the vertical force the divers exert on the ground as a function of time. For a particular diver with a mass of 54.0 kg, she sets the adjustable height platform at 0.585 m and instructs the diver to free fall onto the "force-o-meter" and push off as she would in a dive. The computer readout shows that the diver was in contact with the meter for 0.750 s and that the force exerted on the platform may be described by the function F(t) = (12,000 N/s)t - (16,000 N/s2)t2 where the force will be in Newtons when the time is seconds. Determine the following. (a) speed of the diver when she lands on the meter (Enter your answer to at least two decimal places.) 3.3878 m/s (b) vertical upward impulse the meter imparts to the diver (Enter your answer to at least four significant figures.) 1125 (c) speed of the diver when she leaves the meter 17.45 What forces act to change the momentum of the diver as she lands on the meter? m/s (d) height of the diver's jump after leaving the meter 15.54 Which of the kinematic equations will allow you to determine the height the diver obtains after bouncing off the meter? m Additional Materials O eBook

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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A technologically oriented diving coach wishes to analyze the vertical "push off" for members of the diving team. In order to do this, she simulates the diving process by having the athletes drop (free fall) from an adjustable height platform onto a "force-o-meter" which measures the vertical force the divers exert on the ground as a function of time. For a particular diver with a mass of 54.0 kg, she sets the adjustable height platform at 0.585 m and instructs the diver to free fall onto the "force-o-meter" and push off as she would in a dive. The computer readout shows that the diver was in contact with the meter for 0.750 s and that the force exerted on the platform may be described by the function F(t) = (12,000 N/s)t - (16,000 N/s2)t2 where the force will be in Newtons when the time is seconds. Determine the following. (a) speed of the diver when she lands on the meter (Enter your answer to at least two decimal places.) 3.3878 m/s (b) vertical upward impulse the meter imparts to the diver (Enter your answer to at least four significant figures.) 1125 (c) speed of the diver when she leaves the meter 17.45 What forces act to change the momentum of the diver as she lands on the meter? m/s (d) height of the diver's jump after leaving the meter 15.54 Which of the kinematic equations will allow you to determine the height the diver obtains after bouncing off the meter? m Additional Materials O eBook
Transcribed Image Text:A technologically oriented diving coach wishes to analyze the vertical "push off" for members of the diving team. In order to do this, she simulates the diving process by having the athletes drop (free fall) from an adjustable height platform onto a "force-o-meter" which measures the vertical force the divers exert on the ground as a function of time. For a particular diver with a mass of 54.0 kg, she sets the adjustable height platform at 0.585 m and instructs the diver to free fall onto the "force-o-meter" and push off as she would in a dive. The computer readout shows that the diver was in contact with the meter for 0.750 s and that the force exerted on the platform may be described by the function F(t) = (12,000 N/s)t - (16,000 N/s2)t2 where the force will be in Newtons when the time is seconds. Determine the following. (a) speed of the diver when she lands on the meter (Enter your answer to at least two decimal places.) 3.3878 m/s (b) vertical upward impulse the meter imparts to the diver (Enter your answer to at least four significant figures.) 1125 (c) speed of the diver when she leaves the meter 17.45 What forces act to change the momentum of the diver as she lands on the meter? m/s (d) height of the diver's jump after leaving the meter 15.54 Which of the kinematic equations will allow you to determine the height the diver obtains after bouncing off the meter? m Additional Materials O eBook
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