Stopping distance at 40mph = 36m
its the trany going out.
When speed increases with the distance between cars, there is a greater risk of accidents due to reduced reaction time and increased stopping distance. Drivers may not be able to brake in time if the distance is too large, leading to rear-end collisions or other accidents. It is important to maintain a safe following distance to allow for proper reaction time in case of sudden stops or changes in traffic.
Well, honey, 40 miles per hour is roughly 64.37 kilometers per hour. So, if you're cruising at 40mph, you better buckle up and enjoy the ride in metric style.
120ft.I discovered a formula for calculating it for any given speed. I've tested it for 20mph, 30mph,40mph,50mph,60mph and 70mph. The formula is as follows:overall stopping distance in ft = Sp x (1 + Sp/20).Where Sp is the magnitude of the speed in mph.So at 40mph it is:40 x (1 + 40/20) = 50 x (1 + 2) = 40 x 3 = 120ft.
Stopping Sight Distance
You can use a ratio here, say 40mph/150ft = 80mph/xft then cross multiply: 40x = 150 * 80 40x = 12000 x = 300
The vehicle's reaction distance depends on the driver's reaction time.
A vehicle's reaction distance is the distance it travels while a driver reacts to a hazard and applies the brakes. It is the distance the vehicle covers before the driver starts to slow down to avoid a potential collision.
reaction distance is the distance travelled from the time you see and analyze a threat, to the time you actually physically react.
Reaction time is the delay between perceiving a stimulus and initiating a response, like applying the brakes in a car. A faster reaction time reduces reaction distanceโthe total distance traveled during the reaction time. A slower reaction time results in a longer reaction distance, leading to increased stopping distances.
It will go 40mph if it's not broken 40mph is you answer by this cocky person who wrote this