Reaction distance, braking distance and stopping distance?
What do these terms mean? Please help.
(2 votes)
Loading...
(2 votes)Loading...
(2 votes)Loading...Similar Posts
Calculate distance of objects?
I just watched the movie “Sniper: The White Raven” The instructor said in the film that to calculate the distance to other objects, you should: Distance = (1000xHeight) : Points in sight Does such a formula really exist and if so, what does “points in sight” mean?
How do I calculate the angle?
ByRia1234
No. 4.67
Masturbating on the ISS?
Okay, I have a stupid question… I don't know how I came up with this, BUT….. 😂: People, as we all know, have needs, and I think the same applies to space… Now my question: Can you get horny on the ISS, for example (or even get an erection as a man)? And can you…
What are complex numbers used for?
What inventions in science are only possible through complex numbers?
Math problems?
ByKa252
Hi, can you tell me how I should proceed with the topic of changing formulas for volume and such a body, thanks in advance
Strange theme for ne 8., because you usually make it suitable for driving.
When ‘simply’ an obstacle appears, there’s a ‘threatness’ (the reaction time) until you enter the brake. In time, you keep driving unbraked. The route in time is the reaction route!
When you finally kick the brake, it takes so longer and you slide even further the faster you are. The distance is the braking distance.
Both routes together are the stopping path.
Thank you very much, which means, “What influences the reaction path, braking path, stopping path” see sheet.
the faster you drive, the longer are all the ways…
At 30 km/h it is calculated with 12 m, at 50 km/h with 28 m, at 100 km/h with 110 m and at 130 km/h with 182 m.
You want that? The fist formulas are taught in theory for the driving licence. And in the E-phase (10th/11th) you also learn the right formulas, which can explain the fausformula.
But understand how to know that at 50km h I should expect 28 m..
when the obstacle appears, the reaction path begins. It ends when pedaling to the brake, the braking path begins. The braking distance ends when the car is standing. The sum of both paths is the stopping path.
Thank you very much, which means, “What influences the reaction path, braking path, stopping path” see sheet.
You need a little time for the reaction. The path for this is the reaction path.
When you enter the brake (the reaction time of the brake itself is very low), the braking path begins.
All together is the stopping path.
Beck`s “My driving license” should answer all the questions you need for your driving permit.
Good luck!
Ahm I don’t make a driving license that my physics theme
The booklet by Beck is still recommended!