36 – x² – y² and S2 be the Let Si be the hemisphere with Cartesian equation z = 6 – upper nappe of the cone x² + y² – 3z2 = 0. %3D 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.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.4: Plane Curves And Parametric Equations
Problem 54E
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Please answer c: a and b.

Let Si be the hemisphere with Cartesian equation z = 6 – V36 – x² – y² and S2 be the
upper nappe of the cone x² + y? – 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:Let Si be the hemisphere with Cartesian equation z = 6 – V36 – x² – y² and S2 be the upper nappe of the cone x² + y? – 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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