Recent content by gms7777

Well, I solved my own problem. I redid the integral and ended up with y = v_t^2/2g ln((v_t^2+v^2)/v_t^2) + c Thanks anyway. :)

Homework Statement This is a small part of a problem I'm getting stuck on. I'm going to skip past the beginning steps to a part that I know is correct before I get stuck. We have a baseball thrown up into the air, with quadratic drag. I'm attempting to solve for an equation of motion y(v)...

You would find them in exactly the same way you found x and y. To find the x component you can consider the right triangle between the force vector, the the x component and the y component. You know that the cos of the angle equals the adjacent component (the x comp in this case) divided by the...