Question 3 Solve for the optimal x*, y*, z*, and 1* of the following problem: max(xy.z.à) 2x² + 3y² + 2xz + z – x – yz + 2(20 – 2x – 3y) and select the right values for each of them. (You should select 4 answers in total) Select 4 correct answer(s) Ox*=2.125 z*=5.0625 O *=5.25 O 2*=10 Oy*=5.5 z*=4.375 O 2*=19.54 | x*=1.125 Oy*=5 O 2*=-19.54

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Question 3
Solve for the optimal x*, y*, z*, and 1* of the following problem:
max(xy.z.à) 2x² + 3y² + 2xz + z – x – yz + 2(20 – 2x – 3y)
and select the right values for each of them. (You should select 4 answers in total)
Select 4 correct answer(s)
Ox*=2.125
z*=5.0625
O *=5.25
O 2*=10
Oy*=5.5
Oz*=4.375
O 2*=19.54
| x*=1.125
Oy*=5
O 2*=-19.54
Transcribed Image Text:Question 3 Solve for the optimal x*, y*, z*, and 1* of the following problem: max(xy.z.à) 2x² + 3y² + 2xz + z – x – yz + 2(20 – 2x – 3y) and select the right values for each of them. (You should select 4 answers in total) Select 4 correct answer(s) Ox*=2.125 z*=5.0625 O *=5.25 O 2*=10 Oy*=5.5 Oz*=4.375 O 2*=19.54 | x*=1.125 Oy*=5 O 2*=-19.54
2*=8.8125
Oz*=20
Ox*=-4.125
z*=20.375
Oy*=12.25
Ox*=3.125
Transcribed Image Text:2*=8.8125 Oz*=20 Ox*=-4.125 z*=20.375 Oy*=12.25 Ox*=3.125
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