2. A car of mass m drives on a banked, circular track with no friction. The track is banked at angle B, and the car travels on the track with a radius R from the center of the track. (a) Draw a free-body diagram of the car. Recall that the car's acceleration will be radially inward. Therefore, you should use coordinate system provided for determining force components. y r (b) What is the car's speed vo in terms of g, ß and R? Why is your result independent of m? Explain why your result makes sense for B 0° and B = 90°. (c) If R = 20.0 m and ß = 20.0°, what speed vo will allow the car to safely travel around the track? В (d) What happens when the car has a speed v> vo? What happens when v < vo?

2. A car of mass m drives on a banked, circular track with no friction. The track is banked at angle B, and the car travels on the track with a radius R from the center of the track. (a) Draw a free-body diagram of the car. Recall that the car's acceleration will be radially inward. Therefore, you should use coordinate system provided for determining force components. y r (b) What is the car's speed vo in terms of g, ß and R? Why is your result independent of m? Explain why your result makes sense for B 0° and B = 90°. (c) If R = 20.0 m and ß = 20.0°, what speed vo will allow the car to safely travel around the track? В (d) What happens when the car has a speed v> vo? What happens when v < vo?

Name: See image. Thanks!! :) 2. A car of mass m drives on a banked, circular
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Description: See image. Thanks!! :) 2. A car of mass m drives on a banked, circular track with no friction. Thetrack is banked at angle B, and the car travels on the track with a radiusR from the center of the track.(a) Draw a free-body diagram of the car. Recall

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter6: Motion In Two Dimensions

Section: Chapter Questions

Problem 62A

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