MattIs
Guest
http://www.mirror.co.uk/news/uk-news/alton-towers-rollercoaster-crash-video-5810091
Lets Calculate the Deceleration of the ride, and see how well our body's would sustain to the damage that rollercoaster crash in the news.
We know the Speed of the Ride at the Collision was: 50mph - Lets convert this to ms - 22.352 meters per second as 1 mile is 1.609344 km.
We know the car decelerated to a halt in the space of around 0.8 seconds (I measured it looking at the video).
We can deduce that: U (Initial Velocity) = 22.352ms-1 V (Final Velocity) = 0ms-1 and T(Time) = 0.8 seconds.
Using SUVAT = V=U + AT
-22.352/0.8 = A
A = -27.94ms-2 Deceleration
This is incredible deceleration. Anyone mind doing some other calculus and we can find out how fast a Bugatti accelerates and compare?
Lets Calculate the Deceleration of the ride, and see how well our body's would sustain to the damage that rollercoaster crash in the news.
We know the Speed of the Ride at the Collision was: 50mph - Lets convert this to ms - 22.352 meters per second as 1 mile is 1.609344 km.
We know the car decelerated to a halt in the space of around 0.8 seconds (I measured it looking at the video).
We can deduce that: U (Initial Velocity) = 22.352ms-1 V (Final Velocity) = 0ms-1 and T(Time) = 0.8 seconds.
Using SUVAT = V=U + AT
-22.352/0.8 = A
A = -27.94ms-2 Deceleration
This is incredible deceleration. Anyone mind doing some other calculus and we can find out how fast a Bugatti accelerates and compare?