SOLUTION: The braking distance d of a car travelling V mi/hr is approximated by d= v+ (v^2)/20. Determine the velocities that result in braking distance less than 5 mi. Represent the solutio
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-> SOLUTION: The braking distance d of a car travelling V mi/hr is approximated by d= v+ (v^2)/20. Determine the velocities that result in braking distance less than 5 mi. Represent the solutio
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Question 1103249: The braking distance d of a car travelling V mi/hr is approximated by d= v+ (v^2)/20. Determine the velocities that result in braking distance less than 5 mi. Represent the solution graphically as well? Answer by Alan3354(69443) (Show Source):
You can put this solution on YOUR website! The braking distance d of a car travelling V mi/hr is approximated by d= v+ (v^2)/20. Determine the velocities that result in braking distance less than 5 mi. Represent the solution graphically as well?
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Stop in 5 miles?
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The braking distance d -- in what units?
