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What is the rule of thumb when calculating the braking distance for evasive braking on a dry, even and asphalted roadway?
({Speed in km/h}/{10} x {Speed in km/h}/{10}) : 2
({Speed in km/h}/{10} x 5) : 2
({Speed in km/h}/{10} x 3) : 2
Here is Our AI Assistant's Explanation
The formula for calculating braking distance in evasive situations on a dry, even asphalted roadway involves understanding the relationship between speed, stopping distance, and reaction time.
In this case, the general rule for calculating braking distance involves taking the speed in km/h, dividing it by 10, squaring that result, and then dividing by 2. This method gives an estimate of the braking distance needed at that speed under optimal conditions.
Understanding this rule is critical in driver safety as it allows drivers to gauge how quickly they need to react and come to a stop based on their current speed. This knowledge helps in making informed decisions to avoid accidents, adhering to the principles of safe driving outlined in German traffic regulations. Thus, being familiar with and applying the correct calculation method is essential for every driver to ensure safety on the road.