1. Set up a linear programming model of the situation described. Determine whether it is in standard form. If not make it standard. A restaurant chef is planning a meal consisting of two foods, A, and B. • Each kg of A contains 3 units of fat and 6 units of protein • Each kg of B contains 1 unit of fat and 3 units of protein The chef wants the meal to consist of at least 18 units of protein and at most 6 units of fat. If the profit that he makes is 3 dollars per kg for food A and 5 dollars for food B, how many kilograms of each food should be served so as to maximize his profit?

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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1. Set up a linear programming model of the situation described. Determine whether it is in
standard form. If not make it standard.
A restaurant chef is planning a meal consisting of two foods, A, and B.
• Each kg of A contains 3 units of fat and 6 units of protein
• Each kg of B contains 1 unit of fat and 3 units of protein
The chef wants the meal to consist of at least 18 units of protein and at most 6 units of fat.
If the profit that he makes is 3 dollars per kg for food A and 5 dollars for food B, how many
kilograms of each food should be served so as to maximize his profit?
Transcribed Image Text:1. Set up a linear programming model of the situation described. Determine whether it is in standard form. If not make it standard. A restaurant chef is planning a meal consisting of two foods, A, and B. • Each kg of A contains 3 units of fat and 6 units of protein • Each kg of B contains 1 unit of fat and 3 units of protein The chef wants the meal to consist of at least 18 units of protein and at most 6 units of fat. If the profit that he makes is 3 dollars per kg for food A and 5 dollars for food B, how many kilograms of each food should be served so as to maximize his profit?
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