WHY!
It is because the ice makes the friction between the tires and the pavement
greater.
That depends on the driver's reaction time, the weight of the car, the condition of the brakes, and the composition and condition of the pavement.
A train
Most cars can stop from 60 mph in about 100 feet or so. If the relationship is linear then a car should stop from 30 mph in about 50 feet.
If you're talking about when two cars approach a stop sign at the same time, it means that the car to the right has right of way.
Well, in the old days there werent directionals on cars so people used them to turn and stop. Motorcycle drivers use them still and so do people who ride bikes. Down is stop, straight out is left and up is right.
Depends upon conditions. Studies show that Most cars with ABS stop faster on wet and even dry pavement. However ABS cars take longer to stop on ice, snow, and gravel. Personally I really like them in rain, and CANNOT STAND THEM on snow/gravel.
Trucks take longer to stop than passenger cars.
On wet pavement, it will take your vehicle about twice as long to stop compared to dry pavement. This is due to reduced tire grip and increased distance needed for braking on wet surfaces. Drive cautiously and leave extra space between cars to account for longer stopping distances in wet conditions.
They can stop including your dependents whenever you desire if they are no longer living with you or are covered elsewhere. If you mean how long can you keep them covered, the answer is up to 26 years old if you desire such.
If you drive on uneven pavement for about 5k miles non stop it will, but off and on in construction zones it wont.
As trucks are generally heavier than cars they require a longer distance to stop.
More
back then it meant spin for s tires for t on for o pavement for p spin tires on pavement
Yes. COBRA
Longer than your lifetime. Especially if we move towards the natural gas for cars and everything else we can.
Most Motorcycles can stop better 95% of all cars
Yes, heavier cars generally take longer to stop compared to lighter cars, assuming all other factors are equal. This is due to the greater momentum that heavier vehicles possess, which requires more force to decelerate. Additionally, heavier cars may have larger braking distances because of the increased mass that needs to be slowed down. However, factors such as brake system efficiency, tire grip, and road conditions also play significant roles in stopping distance.