At 30 mph, a car is traveling at 2,640 feet per minute.
It depends on how fast the car is travelling.
The total stopping distance for a car travelling at 30 mph on a dry surface is about 75 feet. However, you may wish to note that in most countries, driving a car on the pavement is illegal.
It takes a car 387 feet to come to complete stop when going 70mph.
It is traveling about 51.3 feet every second.
53 metres/ 175 feet
If there is constant acceleration and deceleration then it would be 33.3 ft to stop
33 feet travelled in 3 seconds equates to 11 feet in 1 second. The car is travelling at 11 fps but the speed of a car is normally given in miles per hour (mph) 1 mile = 5280 feet 1 hour = 3600 seconds 11 fps = 11 x 3600/5280 = 7.5 mph
many car travelling..................ok
72 feet, more on ice or wet pavement.
the car goes from 0 miles in an hour to 60 miles in an hour over 7 seconds this can be changed to minuets (60 minuets in an hour) the car goes from 0 miles in a minuet to 1 mile in a minuet over 7 seconds this can be changed to seconds (60 seconds in a minuet) the car goes from 0 miles in a second to 1/60 miles in a minuet over 7 seconds which then can be changed to feet (5280 feet in a mile) the car goes from 0 feet in a second to 5280/60 feet in a second over 7 seconds this can be simplified the car goes from 0 feet in a second to 88 feet in a second over 7 seconds now lets divide everything by 7 the car goes from 0 feet in a second to 12.57 feet in a second over 1 seconds so are answer is... the car accelerate from 0 to 12.57 feet per second in 1 second
5,280 feet.
15--18 feet is "car length."
The average width of a single car driveway is between 10 and 12 feet. As for a double car driveway, it goes up to 20 feet.
75 feet per second; about 50 mph.
10 feet
That depends on the speed of the vehicles. As speed goes up, safe following distance goes up.