i think i did this right so far; hard to tell :)
i worked alot of it over in math
i had no idea if using pounds and feet mattered so I tried to convert it into meters and kgs
4572 meters to start with: 1670.946 felled, if i did it right ---------- 2901.054 more to go, so if i rely upon the displacement idea i get: \[\int_{0}^{x} v(t)\ dt=2901.054\] \[71.1186x-498.798\ exp(-0.1378\ x)+498.798=2901.054\] \[71.1186x-498.798\ exp(-0.1378\ x)-1402.256=0\] when x = 20.1535 so she would have been aloft for about 40 seconds
only thing left to do is see how the velocity at 20 seconds compares to terminal lol
So you are talking to yourself? :D
Let me finish up this homework of mine real fast then I'll take a stab at it.
:) i do talk to myself
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