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Suppose E is the half-cylinder described by 2y2 between z and the ry-plane where y 2 0. Suppose further that the density at eSuppose E is the half-cylinder described by r +ґ-1 between z = 4 and the xy-plane where y > 0. Suppose further that the dens

Suppose E is the half-cylinder described by 2y2 between z and the ry-plane where y 2 0. Suppose further that the density at each point in E is proportional to the distance from the z-axis. (a) (6 points) Find an expression for the mass of E as a triple integral. Then briefly explain why this integral is difficult to compute
Suppose E is the half-cylinder described by r' +ґ-1 between z = 4 and the xy-plane where y > 0. Suppose further that the density at each point in E is proportional to the distance from the z-axis. a) (6 points) Find an expression for the mass of E as a triple integral. Then briefly explain why this уехр integral is difficult to compute.
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D) Stance yy o Mass IT 6 3

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Suppose E is the half-cylinder described by 2y2 between z and the ry-plane where y 2 0. Suppose further that the density at each point in E is proportional to the distance from the z-axis. (a) (6 poi...
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