A hoop, a disk, and a solid sphere with equal masses and equal radii, all roll without slipping down an inclined plane starting from rest. Which of the following is NOT true? (I hoop mr? ; Idisk zmr² ; Isolid sphere = žmr²) O The force of gravity along the plane will be equal for all. O At the bottom, the rotational kinetic energy will be greatest for the sphere. O At the bottom, the angular velocity about the center of the object will be greatest for the sphere. O At the bottom, the rotational plus translational kinetic energy will be the same for each object. O At the bottom, the translational kinetic energy will be least for the hoop.

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A hoop, a disk, and a solid sphere with equal masses and equal radii, all roll without slipping down an inclined plane starting from
rest. Which of the following is NOT true?
(Ihoop = mr2 ; Idisk =
zmr2 ; Isolid
sphere = }mr²)
The force of gravity along the plane will be equal for all.
At the bottom, the rotational kinetic energy will be greatest for the sphere.
At the bottom, the angular velocity about the center of the object will be greatest for the sphere.
At the bottom, the rotational plus translational kinetic energy will be the same for each object.
At the bottom, the translational kinetic energy will be least for the hoop.
Ooo
Transcribed Image Text:A hoop, a disk, and a solid sphere with equal masses and equal radii, all roll without slipping down an inclined plane starting from rest. Which of the following is NOT true? (Ihoop = mr2 ; Idisk = zmr2 ; Isolid sphere = }mr²) The force of gravity along the plane will be equal for all. At the bottom, the rotational kinetic energy will be greatest for the sphere. At the bottom, the angular velocity about the center of the object will be greatest for the sphere. At the bottom, the rotational plus translational kinetic energy will be the same for each object. At the bottom, the translational kinetic energy will be least for the hoop. Ooo
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