Recent content by applepies

Thank you so much! I feel like I have gotten through a small mound in the massive world of physics.

Thank you for the clarification! Just to make sure I understand it this, if I was given the change in distance, the velocity, and acceleration, I would have to use (xf-xi) = vi t + at^2/2 to find t but I can't use vf = vi + at, because this doesn't account for the change in distance ?

I would greatly appreciate it if someone can clarify the conditions on when to use to each of the kinematics equations, because I end up with the wrong answer for using the wrong equations of the 3. 1. vf = vi + at When can I use this and when cannot? 2. vf^2 = vi^2 + 2a(xf-xi) When can I use...