Consider the region inside the cylinder x² + y² = 12 and outside the hyper- boloid x² + y² - 2² = 3. a.) SET UP an iterated integral that gives the volume of the region using the order of Hint: dzdxdy. Hint: The region can be divided into 8 sub-regions and integration dV = dzdxdy. then apply symmetries. b.) By triple integral in cylindrical coordinates, find the volume of the region.

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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Consider the region inside the cylinder x2 + y² = 12 and outside the hyper-
boloid æ² + y² – 2² = 3.
a.) SET UP an iterated integral that gives the volume of the region using the order of
integration dV = dzdxdy. Hint: The region can be divided into 8 sub-regions and
then apply symmetries.
b.) By triple integral in cylindrical coordinates, find the volume of the region.
Transcribed Image Text:Consider the region inside the cylinder x2 + y² = 12 and outside the hyper- boloid æ² + y² – 2² = 3. a.) SET UP an iterated integral that gives the volume of the region using the order of integration dV = dzdxdy. Hint: The region can be divided into 8 sub-regions and then apply symmetries. b.) By triple integral in cylindrical coordinates, find the volume of the region.
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