Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN: 9780470458365
Author: Erwin Kreyszig
Publisher: Wiley, John & Sons, Incorporated
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Need part B

Given the function
Axy) = e¯
D = {(x,y);k v² <1}
² +
2
D= {(x,y): k
in
- Prove that f has at least global max and min in D
- Compute Max/min (using Lagrange multipliers method)
b) Find the points on the curve
17x + 12xy
+ 8y´ = 100|
that are farthest away from
the origin
Need Part B please
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Transcribed Image Text:Given the function Axy) = e¯ D = {(x,y);k v² <1} ² + 2 D= {(x,y): k in - Prove that f has at least global max and min in D - Compute Max/min (using Lagrange multipliers method) b) Find the points on the curve 17x + 12xy + 8y´ = 100| that are farthest away from the origin Need Part B please
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