A vehicle with brakes and tires in good working condition traveling at 90 kmh [60 mph] covers 27 metres [88 feet] per second. Stopping a vehicle traveling at this speed involves recognizing the need to stop, initiating braking and then braking to a stop At 90 kmh, once braking starts, it takes 42 metres to come to a complete stop. This encompasses approximately 3.1 seconds. So from perceiving a braking situation to stopping, takes 4.6 seconds during which time the car travels over 82 metres, which is almost the length of a football field. These computations are based on dry pavement, using an average braking rate of .870 g A vehicle with brakes and tires in good working condition traveling at 90 kmh [60 mph] covers 27 metres [88 feet] per second. Stopping a vehicle traveling at this speed involves recognizing the need to stop, initiating braking and then braking to a stop At 90 kmh, once braking starts, it takes 42 metres to come to a complete stop. This encompasses approximately 3.1 seconds. So from perceiving a braking situation to stopping, takes 4.6 seconds during which time the car travels over 82 metres, which is almost the length of a football field. These computations are based on dry pavement, using an average braking rate of .870 g
Stop your vehicle behind the first line you come to, that is the limit line. When you have stopped completely it is legal to go, providing it is safe. If more than one car arrives at the sign, the first one to stop has the right of way. If it is a four way stop, and you stop at the same time as another car, the car on the right goes first. Or just gas it. just kidding
The remote wire is not hooked up. It should be a small blue wire, just take the radio out and hook thise remote wire up and then the radio should turn off when the car is turned off.
The driving distance between Amarillo, TX and Nashville, TN is approximately 935 miles. The driving time would be approximately 15 hours if you were to travel non-stop in good driving conditions. (The driving time does not take into consideration conditions which may extend trip time such as weather, road work, border crossings and rush hour traffic in urban areas.)
You may need rotors
no he didnt so i wish people would stop saying that
5 hours what kind of car????????????? any mods????????????????
20 minutes !
30mph
Could be wheel balance.
Missing data. That would depend on the acceleration, and that depends on the condition of the brakes, the condition of the road, and other factors. Or even if it was driven into a concrete barrier, in which case time = 0 (nearly).
30 hours
Depends on the make and model of car plus what speed you are braking at.
Double the time it takes to stop with normal speed.
About 8 hours non-stop.
A car travelling at 40mph will have a lot more momentum than one travelling at 30mph, so there would be more force for it to hit the pedestrian with; it will also take much longer to come to a halt.
If would not be bad for a car engine to shift from third to second gear if you are traveling at 30mph.
If the car hit a solid wall, it would stop in a small fraction of a second.