2. Let S₁ be the hemisphere with Cartesian equation z = 6 - √36x² - y² and S₂ be the upper nappe of the cone x² + y² - 3z² = 0. a. The curve of intersection of S₁ and S₂ is a circle. Find the radius and the coordinates of the center of this circle. b. Find an equation in spherical coordinates for S₁. c. Let G₂ the solid enclosed by S₁ and S₂. a. Set up an iterated triple integral in cylindrical coordinates that yields the volume of G₂. Do not evaluate the integral. b. Find the volume of G2 using a triple integral in spherical coordinates.

Mathematics For Machine Technology
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Author:Peterson, John.
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Chapter11: Addition And Subtraction Of Decimal Fractions
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Problem 18A: Refer to the plate shown in Figure 117 and determine the following distances. All dimensions are in...
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2. Let S₁ be the hemisphere with Cartesian equation z = 6 - 36x² - y² and S₂ be the
upper nappe of the cone x² + y² - 3z² = 0.
a. The curve of intersection of S₁ and S₂ is a circle. Find the radius and the coordinates of
the center of this circle.
b. Find an equation in spherical coordinates for S₁.
c. Let G₂ the solid enclosed by S₁ and S₂.
a. Set up an iterated triple integral in cylindrical coordinates that yields the volume of
G₂. Do not evaluate the integral.
b. Find the volume of G₂ using a triple integral in spherical coordinates.
Transcribed Image Text:2. Let S₁ be the hemisphere with Cartesian equation z = 6 - 36x² - y² and S₂ be the upper nappe of the cone x² + y² - 3z² = 0. a. The curve of intersection of S₁ and S₂ is a circle. Find the radius and the coordinates of the center of this circle. b. Find an equation in spherical coordinates for S₁. c. Let G₂ the solid enclosed by S₁ and S₂. a. Set up an iterated triple integral in cylindrical coordinates that yields the volume of G₂. Do not evaluate the integral. b. Find the volume of G₂ using a triple integral in spherical coordinates.
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