Which of the following best describes the reason that a car can stop more quickly on dry pavement than on lcy pavemenIL. Your answer: The coefficient of friction between rubber and ice is lower than the coefficient of friction for rubber and the pavement material. O The mass of the road is higher than the mass of the ice, and that means there is a greater normal force supporting the car when it is on the pavement. The mass of the road is higher than the mass of the ice, and the greater mass means the gravitational force between the road and car is greater. The tires of the car can spread out more on the pavement, and the increased surface area makes it harder for the tire to slide.

Which of the following best describes the reason that a car can stop more quickly on dry pavement than on lcy pavemenIL. Your answer: The coefficient of friction between rubber and ice is lower than the coefficient of friction for rubber and the pavement material. O The mass of the road is higher than the mass of the ice, and that means there is a greater normal force supporting the car when it is on the pavement. The mass of the road is higher than the mass of the ice, and the greater mass means the gravitational force between the road and car is greater. The tires of the car can spread out more on the pavement, and the increased surface area makes it harder for the tire to slide.

Name: Which of the following best describes the reason that a car can stop
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Description: Which of the following best describes the reason that a car can stop more quickly on dry pavement than on icy pavement?Your answer:The coefficient of friction between rubber and ice is lower than the coefficient of friction for rubber and the paveme

College Physics

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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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Which of the following best describes the reason that a car can stop more quickly on dry pavement than on icy pavement?
Your answer:
The coefficient of friction between rubber and ice is lower than the coefficient of friction for rubber and the pavement material.
The mass of the road is higher than the mass of the ice, and that means there is a greater normal force supporting the car when it is on the pavement.
The mass of the road is higher than the mass of the ice, and the greater mass means the gravitational force between the road and car is greater.
O The tires of the car can spread out more on the pavement, and the increased surface area makes it harder for the tire to slide.

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