Two objects of mass m₁ = 2m and m₂ = m move around a rotation axis A in parallel circles of radii r₁ = r and r₂ = 2r with equal tangential speeds. As they rotate, forces of equal magnitude are applied opposite to their velocities to stop them. Which statement is correct? A) m₂ will stop first because it has the larger initial angular velocity. B) m₁ will stop first because it has the smaller radius. C) m₂ will stop first because the torque on it is greater. D) m₁ will stop first because it has the smaller moment of inertia. E) Both objects will stop at the same time because the angular accelerations are equal.

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The Answer of Two objects of mass m₁ = 2m and m₂ = m move around a rotation axis A in parallel circles of radii r₁ = r and r₂ = 2r with equal tangential speeds. As they rotate, forces of equal magnitude are applied opposite to their velocities to stop them. Which statement is correct? A) m₂ will stop first because it has the larger initial angular velocity. B) m₁ will stop first because it has the smaller radius. C) m₂ will stop first because the torque on it is greater. D) m₁ will stop first because it has the smaller moment of inertia. E) Both objects will stop at the same time because the angular accelerations are equal.

Two Objects of Mass M1 = 2m and M2 =

Two Objects of Mass M₁ = 2m and M₂ =