A 30-acre orchard is to contain two types of trees: peach and almond. The profit per year for each peach tree is $18 and $22 for each almond tree. One acre of land can sustain 1080 peach trees or 900 almond trees. If the grower has avail- able labor to plant a maximum of 45,000 trees, how many of each type of tree should be planted to maximize profits? Your solution written in the sketchpad below should provide the following: ⚫ the system of inequalities that represents the constraints (given and implied) in the problem; • a graph of the system of inequalities representing the constraints; ⚫ the locations of the critical points of the feasible region and any calculations necessary to determine them; ⚫ the objective function and calculations made using it; and ⚫ a complete statement of the solution that answers the question asked in the problem.

College Algebra
1st Edition
ISBN:9781938168383
Author:Jay Abramson
Publisher:Jay Abramson
Chapter7: Systems Of Equations And Inequalities
Section7.2: Systems Of Linear Equations: Three Variables
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A 30-acre orchard is to contain two types of trees: peach and almond. The profit
per year for each peach tree is $18 and $22 for each almond tree. One acre of
land can sustain 1080 peach trees or 900 almond trees. If the grower has avail-
able labor to plant a maximum of 45,000 trees, how many of each type of tree
should be planted to maximize profits?
Your solution written in the sketchpad below should provide the following:
⚫ the system of inequalities that represents the constraints (given and
implied) in the problem;
a graph of the system of inequalities representing the constraints;
⚫ the locations of the critical points of the feasible region and any
calculations necessary to determine them;
⚫ the objective function and calculations made using it; and
⚫ a complete statement of the solution that answers the question asked in
the problem.
Transcribed Image Text:A 30-acre orchard is to contain two types of trees: peach and almond. The profit per year for each peach tree is $18 and $22 for each almond tree. One acre of land can sustain 1080 peach trees or 900 almond trees. If the grower has avail- able labor to plant a maximum of 45,000 trees, how many of each type of tree should be planted to maximize profits? Your solution written in the sketchpad below should provide the following: ⚫ the system of inequalities that represents the constraints (given and implied) in the problem; a graph of the system of inequalities representing the constraints; ⚫ the locations of the critical points of the feasible region and any calculations necessary to determine them; ⚫ the objective function and calculations made using it; and ⚫ a complete statement of the solution that answers the question asked in the problem.
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