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 =