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#7
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As Puff said it depends on the angle of attack, whether 190mph would be possible inthe distance I don't know.
Joseph Kittinger (who I think is still the world's fastest human?) managed to achieve over 600mph in freefall,
He did start from space though
Joseph Kittinger (who I think is still the world's fastest human?) managed to achieve over 600mph in freefall,
He did start from space though
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or is my understanding wrong?
i mean the there is a "terminal velocity" figure, for each second or 100th second off free fall, but as your height changes so does the air density and therefore speed decrease?
that right?
#12
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Terminal velocity is just the point where a body's acceleration due to gravity is equalled by the effect of the drag caused by passing through air. The thinner the air, the higher the TV.
Also, less drag will give a higher TV, which is why head or feet first with arms by your side is always faster than face down, with arms & legs spread
Also, less drag will give a higher TV, which is why head or feet first with arms by your side is always faster than face down, with arms & legs spread
Last edited by CrisPDuk; 09 January 2012 at 12:27 PM.
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so in real life there is no such term as terminal velocity, its just proprtionte to your height above sea level
or is my understanding wrong?
i mean the there is a "terminal velocity" figure, for each second or 100th second off free fall, but as your height changes so does the air density and therefore speed decrease?
that right?
or is my understanding wrong?
i mean the there is a "terminal velocity" figure, for each second or 100th second off free fall, but as your height changes so does the air density and therefore speed decrease?
that right?