You are driving on a straight road at exactly 21.8 miles per hour when you see...
You are driving on a straight road at exactly 21.8 miles per hour when you see a child run out in front of your car, chasing a ball. You push the brakes hard, which results in an acceleration of exactly -36000 miles/hour2. The child freezes in panic and you cannot swerve to avoid the child because there are cars parked on both sides of the street.
How many feet does your car travel before it comes to a complete stop?
Your answer should be accurate to the nearest foot.
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You are driving on a straight road at exactly 21.8 miles per
hour when you see...
D Question 10 1 pts You are driving on a straight road at exactly 26 miles...
D Question 10 1 pts You are driving on a straight road at exactly 26 miles per hour when you see a child run out in front of your car,chasing a ball. You push the brakes hard, which results in an acceleration of exactly-36000 miles/hour? The child freezes in panic and you cannot swerve to avoid the child because there are cars parked on both sides of the street. How many feet does your car travel before it comes to...
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You are driving your car at a constant speed of 60 miles per hour. What is...
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D Question 10 1 pts You are driving on a straight road at exactly 26 miles per hour when you see a child run out in front of your car,chasing a ball. You push the brakes hard, which results in an acceleration of exactly-36000 miles/hour? The child freezes in panic and you cannot swerve to avoid the child because there are cars parked on both sides of the street. How many feet does your car travel before it comes to...
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You are driving your car at a constant speed of 60 miles per hour. What is the speed (in miles per hour) of a point at the very top of your tire? The radius of your tires is 1 ft. what is the speed (in miles per hour) of a point at the very bottom of your tire in contact with the road?
As you are driving down a road at 110.0km/h when you see a deer jump out in front of you. If you immediately slam on the brakes determine your stopping distance if the static coefficient of friction is 0.995 and the kinetic coefficient of friction is 0.789 if: a. Your wheels lock; (2pts) b. Your wheels continue to turn. (2pts) c. Explain why this shows that anti-lock braking systems are an important 8) 5 safety feature in modern vehicles. (1pt)...
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