Let z = F(x , y), where x = u ev - 4 and y = ut e -V + 3. Use the chain rule %3D az to find du at (u , v) = (1 , 0) given that Fx(1 , 0) = 13 , F,(1 , 0 )) = - 2, %3D Fx(- 3, 4)) = 4 and Fy(- 3, 4) = - 11. Enter an integer or a fully reduced fraction such as -2,0, 15, 3/4 , -7/9 , etc. No Spaces Please.
Let z = F(x , y), where x = u ev - 4 and y = ut e -V + 3. Use the chain rule %3D az to find du at (u , v) = (1 , 0) given that Fx(1 , 0) = 13 , F,(1 , 0 )) = - 2, %3D Fx(- 3, 4)) = 4 and Fy(- 3, 4) = - 11. Enter an integer or a fully reduced fraction such as -2,0, 15, 3/4 , -7/9 , etc. No Spaces Please.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter9: Systems Of Equations And Inequalities
Section9.8: Determinants
Problem 8E
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Question
![Let z = F(x , y), where x = u ev - 4 and y = ut e -V + 3. Use the chain rule
%3D
az
to find
du
at (u , v) = (1 , 0) given that Fx(1 , 0) = 13 , F,(1 , 0 )) = - 2,
Fx(- 3, 4)) = 4 and Fy(- 3, 4) = - 11.
Enter an integer or a fully reduced fraction such as -2,0, 15, 3/4 , -7/9 , etc.
No Spaces Please.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2cd2d665-daee-46b8-ac4c-2b4cec66538a%2F91f235e1-8089-46c9-9848-a555b1f8eeb2%2Fz2ujce_processed.png&w=3840&q=75)
Transcribed Image Text:Let z = F(x , y), where x = u ev - 4 and y = ut e -V + 3. Use the chain rule
%3D
az
to find
du
at (u , v) = (1 , 0) given that Fx(1 , 0) = 13 , F,(1 , 0 )) = - 2,
Fx(- 3, 4)) = 4 and Fy(- 3, 4) = - 11.
Enter an integer or a fully reduced fraction such as -2,0, 15, 3/4 , -7/9 , etc.
No Spaces Please.
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