Quizzes & Puzzles2 mins ago
Is this possible?
Asked in Motoring and was guided here...
I guy at work reckons he was going so fast in his car once that he took off going over a hump-back bridge & cleared the car coming the other way, on landing pushing his suspension top mounts through the wings. This was also with 4 people in the car.
I have no doubt that this is a bit of a jackanory tale on his part as he is prone to, let's say, 'embellish' the truth a bit. Was just wondering if it were possible what sort of speeds & trajectories would we be talking about.
I guy at work reckons he was going so fast in his car once that he took off going over a hump-back bridge & cleared the car coming the other way, on landing pushing his suspension top mounts through the wings. This was also with 4 people in the car.
I have no doubt that this is a bit of a jackanory tale on his part as he is prone to, let's say, 'embellish' the truth a bit. Was just wondering if it were possible what sort of speeds & trajectories would we be talking about.
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http://www.calctool.o.../newtonian/projectile
For example if you assume the bridge is a 30 degree angle and the car hits at 70 mph you'd go 86 meters and a maximum height of 18 meters.
If that seems a lot to you then you're right. Air resistance is neglected and that's quite a big factor in a calculation like this.
It's also fiendishly difficult to account for. A proper scientific answer is related to the Navier Stokes equation - which is still unsolved and has a $1 million bounty on it's head.
http://www.calctool.o.../newtonian/projectile
For example if you assume the bridge is a 30 degree angle and the car hits at 70 mph you'd go 86 meters and a maximum height of 18 meters.
If that seems a lot to you then you're right. Air resistance is neglected and that's quite a big factor in a calculation like this.
It's also fiendishly difficult to account for. A proper scientific answer is related to the Navier Stokes equation - which is still unsolved and has a $1 million bounty on it's head.
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