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@ Determine the directional derivative of F(x,y.z)= e*co5 ly) (1-2)² at the origen in thé directio 4= Y0.36,0. L48, 8.8) (b) Determine the local linear approx imation of flx,4,z) =(1+x) (l-y') (l-2)²' at the point Cl,2,3)

@ Determine the directional derivative of F(x,y.z)= e*co5 ly) (1-2)² at the origen in thé directio 4= Y0.36,0. L48, 8.8) (b) Determine the local linear approx imation of flx,4,z) =(1+x) (l-y') (l-2)²' at the point Cl,2,3)

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 30E
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@) Determine the directional derivative of Flx,y,z)= e cos ly) (1-z)? at the origen in thé direction 4= 10.36, 0. 48, ŏ.8) (b) Determine the local linear approx imation of flx,y, z) =(1+x)(-y³) (1-2):' at the point Cl, 2,3)
Transcribed Image Text:@) Determine the directional derivative of Flx,y,z)= e cos ly) (1-z)? at the origen in thé direction 4= 10.36, 0. 48, ŏ.8) (b) Determine the local linear approx imation of flx,y, z) =(1+x)(-y³) (1-2):' at the point Cl, 2,3)
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(b) Determine the local linear approx imation of flx,y,z) =(1+x)(-y") (1-2)2' at the point Cl, 2,3)
Transcribed Image Text:(b) Determine the local linear approx imation of flx,y,z) =(1+x)(-y") (1-2)2' at the point Cl, 2,3)
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