Recent content by azhdrake

You didn't mislead me to much, I mostly just needed the nudge that the equation would be similar to the linear equations I am more familiar with. Although now that I have an idea what I am looking at a new question arises. The angular velocities (0.391 for x and .03 for y) are off by an...

First of all, thank you so much for your help. So what I am currently thinking is that the equations are in the form x/y = C_1 + A \cos (\alpha t^2 + \omega t + C_2) That would make it function similarly to linear kinetic equations, although I am not sure if \alpha t^2 should be kept...

The problem I am currently trying to right a lab report on a experiment trying to find a flywheels moment of inertia. In the lab we had a fly wheel connected to a mass on a string, and measured the position of a point on the wheel as the mass was accelerating downwards. The data was analysed...