Giancoli's Physics: Principles with Applications, 6th Edition
8
Rotational Motion
Change chapter

8-1: Angular Quantities
8-2 and 8-3: Constant Angular Acceleration; Rolling
8-4: Torque
8-5 and 8-6: Rotational Dynamics
8-7: Rotational Kinetic Energy
8-8: Angular Momentum
8-9: Angular Quantities as Vectors

Problem 66
A
a) $\omega_p = \dfrac{-I_w \omega_w}{I_p}$
b) $\omega_p = \dfrac{-I_w \omega_w \cos{60}}{I_p}$
c) $\omega_p = \dfrac{I_w \omega_w}{I_p}$
d) the person will stop since the total angular momentum must be zero

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