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Question Completion Status: QUESTION 9 The angular momentum of a spinning wheel is 15 kg. m²/s. It slows and comes to a stop after application of a constant braking torque for 4.1 s. What is the magnitude of the torque applied in N m? QUESTION 10 A bowling ball has a mass of 8.8 kg and a diameter of 23 cm. It spins at a frequency of 3.6 rev/s. The angular momentum of the ball is ____ kg $\frac{m^2}{s}$. Assume bowling ball is a uniform solid sphere. QUESTION 11 An ice dancer with her arms stretched out starts to spin with an angular velocity of 1.18 rad/s. Her moment of

          Question Completion Status:
QUESTION 9
The angular momentum of a spinning wheel is 15 kg. m²/s. It slows and comes to a stop after application of a constant
braking torque for 4.1 s. What is the magnitude of the torque applied in N m?
QUESTION 10
A bowling ball has a mass of 8.8 kg and a diameter of 23 cm. It spins at a frequency of 3.6 rev/s. The angular momentum of
the ball is ____ kg $\frac{m^2}{s}$. Assume bowling ball is a uniform solid sphere.
QUESTION 11
An ice dancer with her arms stretched out starts to spin with an angular velocity of 1.18 rad/s. Her moment of

Question Completion Status:
QUESTION 9
The angular momentum of a spinning wheel is 15 kg. m²/s. It slows and comes to a stop after application of a constant
braking torque for 4.1 s. What is the magnitude of the torque applied in N m?
QUESTION 10
A bowling ball has a mass of 8.8 kg and a diameter of 23 cm. It spins at a frequency of 3.6 rev/s. The angular momentum of
the ball is kg (m^2)/(s). Assume bowling ball is a uniform solid sphere.
QUESTION 11
An ice dancer with her arms stretched out starts to spin with an angular velocity of 1.18 rad/s. Her moment of

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