Mass. Speed. Condition of road surface and road wheels. Awareness. Well serviced brakes.
Just one line for hydrogen.
The water gets into the brakes and when you stop there is less friction.
I slippery surface means that there would be less friction, which is what helps cars come to a stop (brake). So the less friction there is the longer it will take to stop
The wet road surface has less friction as the water interacts with the rubber and acts somewhat like a lubricant
Diffusion is very effective over very short distances.
The highway code typically includes information that is relevant to the majority of driving situations. Stopping distances greater than 70mph are less common and may be considered atypical. Additionally, including stopping distances above 70mph may give the impression that driving at those speeds is safe, which is not necessarily the case. It is always important for drivers to adjust their speed and maintain a safe stopping distance based on the road conditions and their vehicle's capabilities.
No it decreases it.
stopping distance is the distance it takes for a vehicle to come to a full stop from the moment you apply the brakes
Stopping distances brake.org.uk/assets/images/facts/stopping-distances.jpg Source: Department for Transport
It decreases as the square of the distance.
366.6 miles
City driving is ; driving at slower speeds, stopping at various stop lights, sitting at stop lights. City driving (as opposed to highway driving) is considered harder on the car, it wears out faster. A car usually has two different fuel efficiancy ratings (mileage) - since city driving takes more energy, the mileage for 'city driving' is lower than for 'higway driving', where the car travels for longer distances without having to constantly stop and go.
The brakes are the primary cause of stopping a car whilst driving.
Just one line for hydrogen.
No.
Driving, turning, and stopping. Thats about it.
The water gets into the brakes and when you stop there is less friction.