Rather than remembering a list of the distances, you can calculate them instead using this method. It works for calculating the distances in feet. For example going 20mph has a factor of 2. Multiply the speed by the factor (2) to get 40 feet on a dry surface. Each increase in speed by 10mph increases the factor by 0.5.
So if you are traveling at 60mph, the factor is 4.5 giving a stopping distance of 315 feet.
Depends on the coefficient of friction between the wheel and the road, the mass of the car and the interference of any external forces whatsoever.
2640 feet
depends how long the car is
Cars don't skid
The information given in the question is not sufficient to answer it. Information on the road conditions (wet or dry) and the state of the tyre treads is also important - but unknown.
That depends on how heavy the car is and the surface it is driving on
44 feet per second.
It takes a car 387 feet to come to complete stop when going 70mph.
The car is going 29mph
A car going 25 mph will go 132,000 feet in one hour.
Depends on the coefficient of friction between the wheel and the road, the mass of the car and the interference of any external forces whatsoever.
in the absence of any indication of the local conditions, weight of car, about 60 feet
It is traveling at about 58.66 feet per second.
2640 feet
It takes a minimum of 135 feet for a car to stop at 45 miles per hour. The wear of the tires makes a difference in the distance too.
It depends on the car's weight and braking capabilities.
One to press the break peddle.