
Originally Posted by
Jantar
It takes her 4 seconds from impact to land on the bonnet, that gives her a forward velocity after impact of 2.5 m/s and a vertical velocity of 20 m/s. The trajevtory angle of incidence would be 78 degrees, therefore the velocity of the car imediately prior to commencing braking would be sqrt(20^2 + 2.5^2)/cos 78. This gives a speed at commencement of braking of 168 m/s or 604 km/h.
This ad would have belivable if sh had have landed 40 m or more away from the impact, or if the time to landing had only been 1 second. But the LTSA must think we are all thick or something.
Ummm, I lable myself as thick. I was never any good at maths, and what you just wrote boggles my mind
To every man upon this earth
Death cometh sooner or late
And how can a man die better
Than facing fearful odds
For the ashes of his fathers
And the temples of his Gods
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