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Use F(x,y,z) = −zỉ + xk. to answer the questions below. In each problem, the surface, S, is flat and oriented as shown. (a) Z When restricted to points on the surface S: F(x,y,z) = (-z,0,x) Orientation of the surface as a unit vector: Sign of flux of F through S. ---Select--- ✓ (b) x. Z When restricted to the surface S, F(x,y,z) Orientation of the surface, as a unit vector: Sign of flux of F through S. ---Select--- V =

Use F(x,y,z) = −zỉ + xk. to answer the questions below. In each problem, the surface, S, is flat and oriented as shown. (a) Z When restricted to points on the surface S: F(x,y,z) = (-z,0,x) Orientation of the surface as a unit vector: Sign of flux of F through S. ---Select--- ✓ (b) x. Z When restricted to the surface S, F(x,y,z) Orientation of the surface, as a unit vector: Sign of flux of F through S. ---Select--- V =

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.3: Lines
Problem 20E
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Use F(x,y,z) = −zỉ + xk. to answer the questions below. In each problem, the surface, S, is flat and oriented as shown. (a) Z When restricted to points on the surface S: F(x,y,z) = (-z,0,x) Orientation of the surface as a unit vector: Sign of flux of F through S. ---Select--- ✓ (b) x. Z When restricted to the surface S, F(x,y,z) Orientation of the surface, as a unit vector: Sign of flux of F through S. ---Select--- V =
Transcribed Image Text:Use F(x,y,z) = −zỉ + xk. to answer the questions below. In each problem, the surface, S, is flat and oriented as shown. (a) Z When restricted to points on the surface S: F(x,y,z) = (-z,0,x) Orientation of the surface as a unit vector: Sign of flux of F through S. ---Select--- ✓ (b) x. Z When restricted to the surface S, F(x,y,z) Orientation of the surface, as a unit vector: Sign of flux of F through S. ---Select--- V =
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