* The speed that the car is travelling at * Whether the road surface is wet - lessens friction so takes longer to slow down * The reaction time of the driver - the time it takes to process the information of needing to stop and actually doing it
stop cheating
250
It takes a car 387 feet to come to complete stop when going 70mph.
you times 1 and 2 and then you times and divide the two numbers from the bus stop method and then you round it too the nearest hundred and divide by 10 and you have your awnser:)
Longer. How much longer depends on several things ( tire tread, amount of water, turning, etc. ).
To stop? Absolutely, in fact up to five times longer in some conditions. To travel from one place to another? Again, yes, if you are driving safely.
The reason that it takes a moving truck a much longer time to stop than it takes a car to stop when the brakes are applied on both is because the truck weighs more. The more mass a vehicle has the longer it will take to stop.
The reason that it takes a moving truck a much longer time to stop than it takes a car to stop when the brakes are applied on both is because the truck weighs more. The more mass a vehicle has the longer it will take to stop.
YES!
Stopping distance is always relative to driving speed. The faster you go, the longer it takes you to stop. And if the road surface is wet or icy it will take even longer to stop. That means you also have to give yourself more space behind other vehicles.
75
Ship doesn't have brakes, it has to use reverse! But in any case, the reason a ship takes longer to stop than a car is that is has more momentum. Think of momentum as something that tells you how hard it will be to stop an object. More momentum means it will be harder to stop. Momentum is equal to the mass of the object times it velocity or speed. So a ship has a lot more mass that a car and takes longer to stop.
It can take up to three times longer to stop a vehicle in wet conditions.
Some roads which have two lanes have staggered stop lines where the road meets another road. Often it will be the outer lane that has its stop line set back from the stop line of the inner lane. This is done where road widths are too restrictive for longer vehicles to easily turn into the two-laned road. With the outer lane's 'stop line' set back it gives better opportunity for longer vehicles to turn into that road without having to worry about hitting the vehicle that is stopped at the stop line, because it will be set back a bit.
The wheels do not lock up with abs. This gives you more control to steer the vehicle out of danger but it takes longer to stop.
At 20 miles per hour it takes about 60 feet to stop on wet pavement. At sixty miles per hour it takes at least 300 feet to stop.