Rolling and Torque Two spheres of the same mass are positioned on a 100 meter...
Rolling and Torque
Two spheres of the same mass are positioned on a 100 meter ramp with at 20 degree incline. Both spheres have a radius or 5 m and mass of 1000 kg (HUGE SPHERES, think Indiana Jones). The difference is how the mass is distributed. One sphere is completely solid with mass equally distributed throughout it. The second mass has all of its mass distributed at the edge of its radius in a thin shell. So, one sphere is solid, the other is hollow.
Both masses are released from rest. How long will it take each to roll down the ramp?
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Rolling and Torque
Two spheres of the same mass are positioned on a 100 meter...
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incline in the sidewalk. Darcel is curious how the masses and
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rolling objects. The friends decide to use the simulation to
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