Ian: New page: No change because the mass cancels out in all of the equations. For example in part b): $\begin{align} & mr{{\omega }^{2}}=\mu mg \\ & r=\frac{\mu g}{{{\omega }^{2}}} \end{align}<...$

2010-10-12T14:15:29Z

New page: No change because the mass cancels out in all of the equations. For example in part b): <math>\begin{align} & mr{{\omega }^{2}}=\mu mg \\ & r=\frac{\mu g}{{{\omega }^{2}}} \end{align}<...

New page

No change because the mass cancels out in all of the equations. For example in part b):

<math>\begin{align}
& mr{{\omega }^{2}}=\mu mg \\
& r=\frac{\mu g}{{{\omega }^{2}}}
\end{align}</math>

Solution 20.4c - Revision history

Ian: New page: No change because the mass cancels out in all of the equations. For example in part b): \begin{align} & mr{{\omega }^{2}}=\mu mg \\ & r=\frac{\mu g}{{{\omega }^{2}}} \end{align}<...

Ian: New page: No change because the mass cancels out in all of the equations. For example in part b): $\begin{align} & mr{{\omega }^{2}}=\mu mg \\ & r=\frac{\mu g}{{{\omega }^{2}}} \end{align}<...$