Hint: For this question you may find it helpful to remember that a2-62(a+b). (a−b). = For subject to find a. F(x,y)=4x-y-24(x + y) x² + y² = 36, a global maximum stationary point and its value; Maximum point: (x, y)max = ab sin (a) Show/hide Maximum value: F(x,y)max = f əx 8
Hint: For this question you may find it helpful to remember that a2-62(a+b). (a−b). = For subject to find a. F(x,y)=4x-y-24(x + y) x² + y² = 36, a global maximum stationary point and its value; Maximum point: (x, y)max = ab sin (a) Show/hide Maximum value: F(x,y)max = f əx 8
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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Transcribed Image Text:b.
a global minimum stationary point and its value;
Minimum point:
(x, y) min =
ab
sin (a)
Minimum value:
F(x,y)min
ab
Show/hide
sin (a)
08
Ə
əx
f
8
∞

Transcribed Image Text:Hint: For this question you may find it helpful to remember that
(a - b).
a²6²(a+b).
For
subject to
find
a.
F(x, y) = 4x y-24(x + y)
a global maximum stationary point and its value;
Maximum point:
(x, y)max =
ab
P
x² + y² = 36,
ab
Maximum value:
F(x, y)max =
P
sin (a)
Show/hide
sin (a)
ə
əx
ə
əx
∞
∞
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