A solid sphere has a larger rotational inertia than a solid cylinder, they have the same mass and radius. If the two were rolled down a ramp, which object would have more translational kinetic energy at the bottom of the ramp? - the solid sphere - none of the above - the solid cylinder - they would have the same transational kinetic energy
A solid sphere has a larger rotational inertia than a solid cylinder, they have the same mass and radius. If the two were rolled down a ramp, which object would have more translational kinetic energy at the bottom of the ramp? - the solid sphere - none of the above - the solid cylinder - they would have the same transational kinetic energy
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A solid sphere has a larger rotational inertia than a solid cylinder, they have the same mass and radius. If the two were rolled down a ramp, which object would have more translational kinetic energy at the bottom of the ramp?
- the solid sphere
- none of the above
- the solid cylinder
- they would have the same transational kinetic energy
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