• J / S₁ (²²+ // Let E be the solid below z = 72-x² - y² and above the square [-6, 6] x [-6, 6] Given the solid has a constant density of 5, find the moment of inertia of E about the z-axis. Moment of inertia about z is calculated as + y²) p(x, y, z)dV where p is the density function.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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: [ ] [ (x² + y²) p(x, y, z)dV where p is the density function.
Moment of inertia about z is calculated as
Let E be the solid below z = 72 - x² - y² and above the square [−6, 6] × [−6, 6]
Given the solid has a constant density of 5, find the moment of inertia of E about the z-axis.
Transcribed Image Text:: [ ] [ (x² + y²) p(x, y, z)dV where p is the density function. Moment of inertia about z is calculated as Let E be the solid below z = 72 - x² - y² and above the square [−6, 6] × [−6, 6] Given the solid has a constant density of 5, find the moment of inertia of E about the z-axis.
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