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## anonymous one year ago I need help with this angular motion problem.

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1. anonymous

2. anonymous

First collect all the data from the given problem :)

3. anonymous

The formula for angular velocity ($$\omega$$) is $$\omega$$=$$\Large \frac{v}{r}~\large\rm v: Linear~Velocity~r:Radius$$

4. Michele_Laino

Hint: here we have to apply the conservation of angular momentum, namely: $\Large {I_1}{\omega _1} = {I_2}{\omega _2}$ where I_, and I_2 are the moment of inertia of our system before and after the drop of the clay, respectively, similarly for \omega_1 and \omega_2

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