A store has two types of animal feed available. Type A contains 3 pounds of oats and 3 pounds of corn per bag. Type B contains 1 pound of oats and 7 pounds of corn per bag. A farmer wants to combine the two types so that the resulting mixture has at least 18 pounds of oats and at least 54 pounds of corn. The store only has 11 bags of type A feed and 12 bags of type B feed in stock. Type A costs $1 per bag, and type B costs $3 per bag. How many bags of each type should the farmer buy to minimize his cost? Note that the ALEKS graphing calculator can be used to make computations easier. Type A feed: Type B feed: bag(s) bag(s)

Elementary Algebra
17th Edition
ISBN:9780998625713
Author:Lynn Marecek, MaryAnne Anthony-Smith
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A store has two types of animal feed available. Type A contains 3 pounds of oats and 3 pounds of corn per bag. Type B
contains 1 pound of oats and 7 pounds of corn per bag. A farmer wants to combine the two types so that the resulting
mixture has at least 18 pounds of oats and at least 54 pounds of corn. The store only has 11 bags of type A feed and 12
bags of type B feed in stock. Type A costs $1 per bag, and type B costs $3 per bag. How many bags of each type should the
farmer buy to minimize his cost?
Note that the ALEKS graphing calculator can be used to make computations easier.
Type A feed:
Type B feed:
bag(s)
bag(s)
Transcribed Image Text:A store has two types of animal feed available. Type A contains 3 pounds of oats and 3 pounds of corn per bag. Type B contains 1 pound of oats and 7 pounds of corn per bag. A farmer wants to combine the two types so that the resulting mixture has at least 18 pounds of oats and at least 54 pounds of corn. The store only has 11 bags of type A feed and 12 bags of type B feed in stock. Type A costs $1 per bag, and type B costs $3 per bag. How many bags of each type should the farmer buy to minimize his cost? Note that the ALEKS graphing calculator can be used to make computations easier. Type A feed: Type B feed: bag(s) bag(s)
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