To find out the distance traveled you need first, Ti=Time initial (starting time would be 0 in this case) Tf=Time final (the time recorded when you hit 60Mph). use the times to find the change in time [(Tf-Ti)=T]
Second you will need the acceleration, in this case a car does not constantly accelerate it is always changing and that makes it nearly impossible to find out the distance traveled unless you look at it theoretically and assume that the car is accelerating at a constant speed.
When you have both of those units then you will need to find the initial velocity in which this case would be 0 because you are starting from a stand still.
Now you must plug these units into the displacement formula ( [Vi(T)+1/2AT^2 Vi]=initial velocity.... A=acceleration...T=time)
then solve, which should get you the distance traveled from 0-60mph
Don't forget your order of operations it is crucial in this type of equation.!
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The answer is 200
speed = distance/time time = distance/speed = 90mi/60mph = 1.5h
At 30 mph, a car is traveling at 2,640 feet per minute.
The time it takes to travel 2.5 miles by car depends on the speed at which the car is traveling. If the car is traveling at a constant speed of 25 miles per hour, it would take approximately 6 minutes to travel 2.5 miles. This calculation is based on the formula Time = Distance / Speed.
distance (s) = velocity (v) x time (t). If you travel v mph for t minutes you travel v x t/60 miles