Vector field F is given by F(r) = (x, y, z+1) and surface A is the locus of points satisfying z + x² + y² + 2√√√x² + y² = positive square root appears in this expression.) Evaluate directly (using cylindrical coordinates or otherwise) the surface integral I = SS F.dS = 8 for z 20. (Note that the where the flux is evaluated in the direction with positive z component.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section: Chapter Questions
Problem 18T
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1.
Vector field F is given by
F(r) = (x, y, z+1)
and surface A is the locus of points satisfying z + x² + y² + 2√√√x² + y² = 8 for z≥ 0. (Note that the
positive square root appears in this expression.)
Evaluate directly (using cylindrical coordinates or otherwise) the surface integral
I =
[[F.
F.dS
where the flux is evaluated in the direction with positive z component.
Transcribed Image Text:1. Vector field F is given by F(r) = (x, y, z+1) and surface A is the locus of points satisfying z + x² + y² + 2√√√x² + y² = 8 for z≥ 0. (Note that the positive square root appears in this expression.) Evaluate directly (using cylindrical coordinates or otherwise) the surface integral I = [[F. F.dS where the flux is evaluated in the direction with positive z component.
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