need help writing a parametric function for a scene in spider man movie - math project
Spider height is 152 meters (I guess he is on a building)
He is trying to catch a person who fell, all I know is that the person falling is at 76 meters
Their paths cross at 38 meters. Need to write a parametric function to detemine if spiderman catches the falling person
let me try once. :) |dw:1432038044970:dw|
To Spider man: Let \(H_s\) is the height of spider man, then \(H_s = \dfrac{1}{2}V_s t^2+V_{0s}+152\) but \(V_{0s}=0\), hence it is .... your turn
I was going to use the following formulas for parameters x=(vcos(theta))t y=(vsin(theta))t-16t^2+152
Those are parametric equation of both them with respect to t.
They fall, not be shooted from a canon, the velocity is straight vertical, no cos/sin here
I also, know the time they both hit the ground (ok maybe I should say are at ground level) Spider man is on the ground at 8.95 seconds and the falling person is on the ground at 13.71 seconds. We took the time from the movie scene.
ok so I need to use another set of parametric functions. Let me look those formulas up
thanks for your help.
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