Stopping distances:
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Increase as vehicle speed decreases.
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Increase as vehicle speed increases.
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Decrease as vehicle speed increases.
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Are not affected by vehicle speed.
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Explanation
When a vehicle is traveling at higher speeds, it requires more time and distance to come to a complete stop. This is because the vehicle has more momentum and kinetic energy, which needs to be dissipated through braking. Factors such as motorist reaction time, weather conditions, vehicle weight, brake conditions, tire conditions, roadway conditions, and speed all contribute to the overall stopping distance.
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Other questions in the same category: Stopping Distance
Braking distance is:The total stopping distance of a vehicle traveling at 30 MPH is ___ feet:At 55 mph, it takes about ____ feet to react and bring the vehicle to a complete stop.The average reaction distance at 60 MPH is:The average driver has a reaction time of:What is the average total stopping distance of a tractor unit (no trailer) traveling at 55 MPH?Which of the following does NOT affect the distance that it takes to stop your vehicle?At 50 MPH, on dry pavement with good brakes, the average braking distance is about:Total stopping distance is:At 40 MPH, the average driver’s reaction time accounts for __ feet traveled.
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