A sphere has a radius of 5.5 cm. One half of the sphere is iron, the other half is copper (each metal forms a hemisphere). Find the center-of-mass of this composite with respect to the center of the sphere. Assume the sphere is centered on an x-y axis with the iron above the x-axis and the copper below. The center-of-mass of a hemisphere is (3/8)R from the spherical center. You can also calculate it, should you need a challenge.
A sphere has a radius of 5.5 cm. One half of the sphere is iron, the other half is copper (each metal forms a hemisphere). Find the center-of-mass of this composite with respect to the center of the sphere. Assume the sphere is centered on an x-y axis with the iron above the x-axis and the copper below. The center-of-mass of a hemisphere is (3/8)R from the spherical center. You can also calculate it, should you need a challenge.
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter10: Systems Of Particles And Conservation Of Momentum
Section: Chapter Questions
Problem 35PQ
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A sphere has a radius of 5.5 cm. One half of the sphere is iron, the other half is copper (each metal forms a hemisphere). Find the center-of-mass of this composite with respect to the center of the sphere. Assume the sphere is centered on an x-y axis with the iron above the x-axis and the copper below.
The center-of-mass of a hemisphere is (3/8)R from the spherical center. You can also calculate it, should you need a challenge.
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