4.2) Suppose you wanted to find the absolute extrema of f(x, y) = ax² + bxy+cy? + dx + ey on the rectangle {(x, y) E [-k, k] × [0,j]}. Assuming f has at most 1 critical point in the nterior of the rectangle, what is the maximum number of points you would need to check?

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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(4.2) Suppose you wanted to find the absolute extrema of f(x, y) = ax² +bxy+cy? + dx + ey
on the rectangle {(x, y) E [-k, k] × [0,j]}. Assuming f has at most 1 critical point in the
interior of the rectangle, what is the maximum number of points you would need to check?
Transcribed Image Text:(4.2) Suppose you wanted to find the absolute extrema of f(x, y) = ax² +bxy+cy? + dx + ey on the rectangle {(x, y) E [-k, k] × [0,j]}. Assuming f has at most 1 critical point in the interior of the rectangle, what is the maximum number of points you would need to check?
Expert Solution
Step 1

The given function is,

fx,y=ax2+bxy+cy2+dx+ey

We have one critical point on the rectangle,

x,y-k,k×0,j

So, the end points on the given interval is,

-k,0, -k, j,k,0 and k, j

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