The key to stopping your car is the speed at which you brake. When a car brakes, it slows down and generates heat as friction between the tires and road surface dissipates energy. The faster a vehicle travels, the more time it takes for that vehicle to slow down when braking. For example, if one car travels twice as fast as another when braking (from 100 km/h), then they will skid upon stopping because they do not have enough time to dissipate all of their kinetic energy. This blog post discusses how to ensure that your own or others’ cars come to stop smoothly so there are no accidents! very traveling if distances stopping shorter to contribute also which models older than temperatures higher handle can brakes modern, addition In. surface road and tires between friction reduced from part in due collisions for potential less with stops safer = speeds slower means This. energy kinetic theirate dissip to time enough have not do they because stop a to coming uponid sk will both then),h/ km 100from ( car another as fast as twice travel you If. energy kinetic its allate dissip and down slow to car that for takes it time more the, stopping when travels vehicle a faster The. speed is key the, braking For- ! accidents no are there so smoothly stop to come cars’ others or own your that ensure to how discusses post blogThis snow like surfaces slippery onidding sk avoid helps stop a to coming before down slowing,lyintuitive-Counter ! accidents no are there so smoothly stop to come cars’ others or own your that ensure to how discusses post blog This. energy kinetic their of allate dissip to time enough have not do they because stopping uponid sk will they then),h/ km 100from ( braking when another as fast as twice travels car one if, example For. braking when down slow to vehicle that for takes it time more the, travels vehicle a faster The. energyates dissip surface road and tires the between friction as heat generates and down slows it, brakes car a When. brake you which at speed the is car your stopping to keyThe
