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Question 1 Let f (x, z) 4xz - 2x + and g(x, z) = 3x-z+ 2xz - 6. %D Find: af(x,2) blank 1: дх evaluated at: x-3 and z-2 of (x,2) blank 2: evaluated at: x=3 and z-1 blank 3: dg(x,z) evaluated at: x-3 and z-4 dx blank 4: dg(x,z) evaluated at: x=2 and z-1 dz Blank # 1 30 Blank # 2 35 Blank # 3 11 Blank # 4 3

Question 1 Let f (x, z) 4xz - 2x + and g(x, z) = 3x-z+ 2xz - 6. %D Find: af(x,2) blank 1: дх evaluated at: x-3 and z-2 of (x,2) blank 2: evaluated at: x=3 and z-1 blank 3: dg(x,z) evaluated at: x-3 and z-4 dx blank 4: dg(x,z) evaluated at: x=2 and z-1 dz Blank # 1 30 Blank # 2 35 Blank # 3 11 Blank # 4 3

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question 1 Let f (x, z) = 4xz – 2x + ! and g(x, z) = 3x – z + 2xz - 6. Find: af (x.z) blank 1: evaluated at: x-3 and z-2 dx of (x,z) blank 2: dz evaluated at: x=3 and z=1 dg(x,z) blank 3: evaluated at: x=3 and z-4 dg(x,z) evaluated at: x=2 and z-1 dz blank 4: Blank # 1 30 Blank # 2 35 Blank # 3 11 Blank # 4 3
Transcribed Image Text:Question 1 Let f (x, z) = 4xz – 2x + ! and g(x, z) = 3x – z + 2xz - 6. Find: af (x.z) blank 1: evaluated at: x-3 and z-2 dx of (x,z) blank 2: dz evaluated at: x=3 and z=1 dg(x,z) blank 3: evaluated at: x=3 and z-4 dg(x,z) evaluated at: x=2 and z-1 dz blank 4: Blank # 1 30 Blank # 2 35 Blank # 3 11 Blank # 4 3
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