In poor weather conditions such as during the rainy season or snowfall, a car or any other vehicle will be having trouble with brakes and the total stopping distance is likely to be longer for a number of reasons. Let us have a look at the factors affecting the stopping distance. We can use either of the formulae in order to calculate the stopping distance.Īfter discussing the stopping distance formula or stopping distance equation, we notice that there are certain parameters that affect the stopping distance. So, we can determine the stopping distance of any vehicle if we know the velocity of the moving vehicle. The stopping distance formula or the braking distance formula is also given by the following equation: Now, the stopping distance equation is given by the following formula: The stopping distance is denoted by the letter d. We know that according to the definition of the stopping distance, it is the total distance travelled between the time when the body decides to stop a moving vehicle and the time when the vehicle stops completely. The formula which is used to calculate this distance is known as the stopping distance formula and it is termed as the braking distance that is widely used in automobile industries. So, the stopping distance is the distance that the car travels from the moment that the driver applies the brakes to the moment that the car comes to a stop. This situation where the car is brought to a stop under constant application of a braking force is known as deceleration and the distance the car travels to come to a stop is known as stopping distance. So, the driver hastily applies the brake of the car and brings the car to a sudden stop. Imagine that a car is traveling on a straight road, but there is a speed breaker on the road which the driver failed to see and noticed when the car got too close to the obstacle.
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