7) Top view Rear view 10 A 1600-kg car travels around a circular bend on a highway of radius r = 65 m. During this curve, the road is banked by an angle of 8.0° from horizontal. The car experiences a static friction force of 14,000 N acting downhill that prevents it from skidding. A) What is the normal force? [ B) What is the car's speed around the curve? A) Fy cos (8) = [15527.4 N 8) 13,863.8+2141=F₂ 16025= 1600 v2 V= 65 32.5 m/s 14,00rN 155 27.4N 2182N 2161N 15527415527 138638 tan(8)= 15527.

7) Top view Rear view 10 A 1600-kg car travels around a circular bend on a highway of radius r = 65 m. During this curve, the road is banked by an angle of 8.0° from horizontal. The car experiences a static friction force of 14,000 N acting downhill that prevents it from skidding. A) What is the normal force? [ B) What is the car's speed around the curve? A) Fy cos (8) = [15527.4 N 8) 13,863.8+2141=F₂ 16025= 1600 v2 V= 65 32.5 m/s 14,00rN 155 27.4N 2182N 2161N 15527415527 138638 tan(8)= 15527.

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Description: 7)taTop viewRear view10A 1600-kg car travels around a circular bend on a highway of radius r = 65 m. During this curve, the road isbanked by an angle of 8.0° from horizontal. The car experiences a static friction force of 14,000 N actingdownhill tha

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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Newton's First Law of Motion

If a very smooth ball is rolled down an inclined surface with zero friction, the ball will continue to roll indefinitely for an infinite time, in an attempt to reach to the same height on the opposite hill!

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Question

7)
ta
Top view
Rear view
10
A 1600-kg car travels around a circular bend on a highway of radius r = 65 m. During this curve, the road is
banked by an angle of 8.0° from horizontal. The car experiences a static friction force of 14,000 N acting
downhill that prevents it from skidding.
A) What is the normal force? [
B) What is the car's speed around the curve?
A) Fy ccs (8) = [15527.4 N]
14,00rN
2 & 1561
15527.4N
2182N
2161N
15527415527
16025=
1600√2
65
v= 32.5 m/s
tan(8)=
(5527.4
B) 13,863.8+2141=F₂

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