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Three objects all have the same radius, mass, and initial linear velocity. These are a hoop, a solid sphere, and a solid disk. All are rolling without sliding up the same inclined plane. Which one goes the farthest? (Hint: You do not need exact formulas for moment of inertia -- only conceptual knowledge of which should be larger.) O a. the disk b. the hoop O c the sphere d. All go the same distance.

Three objects all have the same radius, mass, and initial linear velocity. These are a hoop, a solid sphere, and a solid disk. All are rolling without sliding up the same inclined plane. Which one goes the farthest? (Hint: You do not need exact formulas for moment of inertia -- only conceptual knowledge of which should be larger.) O a. the disk b. the hoop O c the sphere d. All go the same distance.

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Three objects all have the same radius, mass, and initial linear velocity. These are a hoop, a solid sphere, and a solid disk. All are rolling without sliding up the same inclined plane. Which one goes the farthest? (Hint: You do not need exact formulas for moment of inertia -- only conceptual knowledge of which should be larger.) O a. the disk b. the hoop C. the sphere d. All go the same distance.
Transcribed Image Text:Three objects all have the same radius, mass, and initial linear velocity. These are a hoop, a solid sphere, and a solid disk. All are rolling without sliding up the same inclined plane. Which one goes the farthest? (Hint: You do not need exact formulas for moment of inertia -- only conceptual knowledge of which should be larger.) O a. the disk b. the hoop C. the sphere d. All go the same distance.
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