Now, I have NO idea how to do this, but try this:
On this equation, \frac {1} {4} = -B - Ci what values of i would eliminate C, apart from 0?
After that, you solve for B and then you can insert that in 1 = \frac {1} {4}\cdot(s^2 +4) + (Bs +C)\cdot s
Thanks :)
Alright, so I'll attempt again (losing the inches, as you said) and I'd try experimenting to see what the drag coefficient was, but I lost the paper when I dropped it.
So anyway, if I fix these two, should the whole equation work?
And, isn't there a simpler way to find the same...
Alright, so, first of all, I created this problem myself. I made this to study, so I considered it as my homework.
1. How long will a crumpled ball of paper that is 3 inches in diameter take to fall 45 meters IN FREEFALL, knowing that the sheet of paper used to create the ball was 210mm x 297mm...