Description
answer all the questions in the document below.
6,7,13,14
show work please don't just put the answer
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Explanation & Answer
Hi! Here's the solutions, let me know if something is not clear :)
Hi! Here's the solutions, let me know if something is not clear :)
Es. 6
Data:
Brochures (x): cost = 8c, pages = 3
Flier (y): cost =4c, pages = 2
Bonds: Max 600 pages, Min 50 brochures, Min 150 fliers.
Objective: MIN cost (8x+4y)
Problem:
min(8x + 4y)
(1)
subject to 3x + 2y ≤ 600
(2)
x ≥ 50
(3)
y ≥ 150.
(4)
In order to minimize the cost she...