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15. Which of the following best describes the passenger's linear and angular velocity while passing point A? Lincar velocity Angular velocity Questions 15-17 refer to the following material. Changing Constant (A) Constant (B) Constant (C) Changing (D) Changing Changing Constant 16. What is the normal force exerted on the rider when passing point D? (A) 0.2F, (B) 0.8F, (C) 1.0F, (D) 1.2F, An amusement park ride consists of a large vertical wheel of radius R that rotates counterclockwise on a horizontal axis through its center, as shown above. The cars on the wheel move at a constant speed v. Points A and D represent the position of a car at the highest and lowest point of the ride, respectively. A person of weight F, sits upright on a seat in one of the cars. As the seat passes point A, the seat exerts a normal force with magnitude 0.8F, on the person. passing point A, the person releases a small rock of mass m, which falls to the ground without 17. The kinetic energy of the rock when it is at the same height as point D is most nearly (A) m (B) 2mgR (C) imgR hitting anything.

15. Which of the following best describes the passenger's linear and angular velocity while passing point A? Lincar velocity Angular velocity Questions 15-17 refer to the following material. Changing Constant (A) Constant (B) Constant (C) Changing (D) Changing Changing Constant 16. What is the normal force exerted on the rider when passing point D? (A) 0.2F, (B) 0.8F, (C) 1.0F, (D) 1.2F, An amusement park ride consists of a large vertical wheel of radius R that rotates counterclockwise on a horizontal axis through its center, as shown above. The cars on the wheel move at a constant speed v. Points A and D represent the position of a car at the highest and lowest point of the ride, respectively. A person of weight F, sits upright on a seat in one of the cars. As the seat passes point A, the seat exerts a normal force with magnitude 0.8F, on the person. passing point A, the person releases a small rock of mass m, which falls to the ground without 17. The kinetic energy of the rock when it is at the same height as point D is most nearly (A) m (B) 2mgR (C) imgR hitting anything.

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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N:57) i only need number 16 and 17 please

15. Which of the following best describes the passenger's linear and angular velocity while passing point A? Lincar velocity Angular velocity Questions 15-17 refer to the following material. Changing Constant (A) Constant (B) Constant (C) Changing (D) Changing Changing Constant 16. What is the normal force exerted on the rider when passing point D? (A) 0.2F, (B) 0.8F, (C) 1.0F, (D) 1.2F, An amusement park ride consists of a large vertical wheel of radius R that rotates counterclockwise on 17. The kinetic energy of the rock when it is at the same height as point D is most nearly a horizontal axis through its center, as shown above. The cars on the wheel move at a constant speed v. Points A and D represent the position of a car at the highest and lowest point of the ride, respectively. A person of weight F, sits upright on a seat in one of the cars. As the seat passes point A, the seat exerts a normal force with magnitude 0.8F, on the person. While passing point A, the person releases a small rock of mass m, which falls to the ground without hitting anything. (A) m (B) 2mgR (C) AmgR
Transcribed Image Text:15. Which of the following best describes the passenger's linear and angular velocity while passing point A? Lincar velocity Angular velocity Questions 15-17 refer to the following material. Changing Constant (A) Constant (B) Constant (C) Changing (D) Changing Changing Constant 16. What is the normal force exerted on the rider when passing point D? (A) 0.2F, (B) 0.8F, (C) 1.0F, (D) 1.2F, An amusement park ride consists of a large vertical wheel of radius R that rotates counterclockwise on 17. The kinetic energy of the rock when it is at the same height as point D is most nearly a horizontal axis through its center, as shown above. The cars on the wheel move at a constant speed v. Points A and D represent the position of a car at the highest and lowest point of the ride, respectively. A person of weight F, sits upright on a seat in one of the cars. As the seat passes point A, the seat exerts a normal force with magnitude 0.8F, on the person. While passing point A, the person releases a small rock of mass m, which falls to the ground without hitting anything. (A) m (B) 2mgR (C) AmgR
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