The standard test to determine the maximum lateral acceleration of a car is to drive it around a 200-ft-diameter circle painted on alevel asphalt surface. The driver slowly increases the vehicle speed until he is no longer able to keep both wheel pairs straddling theline. If this maximum speed is 28 mi/hr for a 3530-lb car, determine its lateral acceleration capability an in g's and compute themagnitude F of the total friction force exerted by the pavement on the car tires.Assume r = 100 ft.Answers:an =F=iibnglb

W is weight force.N is normal reaction force.

line. If this maximum speed is 28 mi/hr for a 3530-lb car, determine its lateral acceleration capability an in g's and compute the magnitude F of the total friction force exerted by the pavement on the car tires.

line. If this maximum speed is 28 mi/hr for a 3530-lb car, determine its lateral acceleration capability an in g's and compute the magnitude F of the total friction force exerted by the pavement on the car tires.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

The standard test to determine the maximum lateral acceleration of a car is to drive it around a 200-ft-diameter circle painted on a
level asphalt surface. The driver slowly increases the vehicle speed until he is no longer able to keep both wheel pairs straddling the
line. If this maximum speed is 28 mi/hr for a 3530-lb car, determine its lateral acceleration capability an in g's and compute the
magnitude F of the total friction force exerted by the pavement on the car tires.
Assume r = 100 ft.
Answers:
an =
F=
i
i
bn
g
lb

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