Solve the following optimization problems. You may use any technique you wish, as well as utilize any simplifying properties. (a) max rtył s.t. æ + 2y = 120 (b) max(2r + 3y) s.t. x+2y = 120 (c) max(2r + 3y )² s.t. x+ 2y = 136 (d) max min {2x, y} s.t. x+2y = 100

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Just do part b,c and d

Solve the following optimization problems. You may use any technique
you wish, as well as utilize any simplifying properties.
(a)
max rtył
s.t. æ + 2y = 120
(b)
max(2r + 3y) s.t. x+2y = 120
(c)
max(2r + 3y )² s.t. x+ 2y = 136
(d)
max min {2x, y} s.t. x+2y = 100
Transcribed Image Text:Solve the following optimization problems. You may use any technique you wish, as well as utilize any simplifying properties. (a) max rtył s.t. æ + 2y = 120 (b) max(2r + 3y) s.t. x+2y = 120 (c) max(2r + 3y )² s.t. x+ 2y = 136 (d) max min {2x, y} s.t. x+2y = 100
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