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Moment of Thin Spherical Shell About Axis
This problem can be set up in spherical coordinates so that conversions from Cartesian coordinates are not required. The mass element for this case is supposed to exist on the surface of a sphere. The element of the surface area of a sphere δS is related to an element of mass by δm = σδS where σ is the mass per unit area ρ = R sin θ is the length of the moment arm for the mass element. Therefore δI = ρ2 δm. The area of the surface element is Rδθ × Rsin θδφ or R2 sin θδθδφ.
Expanding, we have
δI = (Rsin θ)2δm
δI = R2sin2θσ δS
δI = R2sin2θσR2sin θ δθ δφ
δI = R4σ sin3θ δθ δφ
Summing the increments and taking limits, we may write the following integral:
It is prosperous to integrate with respect to φ first.
To solve this integral evoke that sin θ dθ = d(- cos θ) Making the substitution mindful that changing the variable of integration requires changing the integration limits as follows
We are able to write
It perhaps convenient to replace cos θ in 8.3 with a easier variable say x
We now have
Noting that the total mass m is σ4πR2 we are able to reduce to
I =2/3mR2
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