Antibiotic number Ingredient A Ingredient B Minimum Requirement Antibiotic 1 3 units 1 unit Antibiotic 2 lunits 1 unit Antibiotic 3 2 units 6 unit The company wants to determine the number of grams of each ingredient A and B must go on into the drug in order to meet the antibiotic's minimum requirements of the minimum cost. 14. Which of the following is NOT a corner point? (a) (1,3) (b) (3, 1) (c) (0,6) (d) (6,0) 15. Let be the quantity of ingredient A and be the quantity of ingredient B. What is the objective function? (a) Minimize z = 80x1 + 50x2 (b) Minimize z = 50x₁+80x2 6 4 12 (c) Maximize z = 80x1 + 50x2 (d) Maximize z = 50x₁ + 80x2 16. In the second simplex tableau, what is the leaving variable? (a) S₁ (b) x1 (c) A₁ (d) S3
Antibiotic number Ingredient A Ingredient B Minimum Requirement Antibiotic 1 3 units 1 unit Antibiotic 2 lunits 1 unit Antibiotic 3 2 units 6 unit The company wants to determine the number of grams of each ingredient A and B must go on into the drug in order to meet the antibiotic's minimum requirements of the minimum cost. 14. Which of the following is NOT a corner point? (a) (1,3) (b) (3, 1) (c) (0,6) (d) (6,0) 15. Let be the quantity of ingredient A and be the quantity of ingredient B. What is the objective function? (a) Minimize z = 80x1 + 50x2 (b) Minimize z = 50x₁+80x2 6 4 12 (c) Maximize z = 80x1 + 50x2 (d) Maximize z = 50x₁ + 80x2 16. In the second simplex tableau, what is the leaving variable? (a) S₁ (b) x1 (c) A₁ (d) S3
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:Antibiotic number Ingredient A Ingredient B Minimum Requirement
Antibiotic 1
1 unit
3 units
lunits
Antibiotic 2
Antibiotic 3
2 units
14. Which of the following is NOT a corner point?
(a) (1,3)
(b) (3, 1)
The company wants to determine the number of grams of each ingredient A and B must go on
into the drug in order to meet the antibiotic's minimum requirements of the minimum cost.
1 unit.
6 unit
(a) Minimize z = 80x1 + 50x2
(b)Minimize z = 50x1 + 80x2
(c) (0,6)
(d) (6,0)
15. Let be the quantity of ingredient A and be the quantity of ingredient B. What is the objective
function?
(c) Maximize z = 80x₁ + 50x2
(d) Maximize z = 50x₁+80x2
16. In the second simplex tableau, what is the leaving variable?
(a) S₁
(b) x1
(c) A₁
20. How much is the minimum cost?
(a) Php 220
(b) Php 230
6
4
12
19. What is the optimum quantity ₁ for ingredient A?
(a) 3
(b) 4
(c) 5
17. In the 3rd simplex tableau, what is the minimum cost?
(a) Php 60
(b) Php 70
(c) Php 80
(d) Php 90
18. In the 4th simplex tableau, what is the maximum value of the of the surplus variables? (a) 1
(c) Php 240
(d) S3
(d) 6
(d) Php 250
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