14. The Hickory Cabinet and Furniture Company produces sofas, tables, and chairs at its plant in Greensboro, North Carolina. The plant uses three main resources to make furniture-wood, upholstery, and labor. The resource requirements for each piece of furniture and the total resources available weekly are as follows: Resource Requirements Wood (board ft.) Upholstery (yd.) Labor (hr.) Sofa 12 Table 5 Chair 4. Total available resources 2,250 1,000 240 The furniture is produced on a weekly basis and stored in a warehouse until the end of the week, when it is shipped out. The warehouse has a total capacity of 650 pieces of furniture. Each sofa earns $400 in profit, each table, $275, and each chair, $190. The company wants to know how many pieces of cach type of furniture to make per week to maximize profit. a. Formulate a linear programming model for this problem.

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14. The Hickory Cabinet and Furniture Company produces sofas, tables, and chairs at its plant in
Greensboro, North Carolina. The plant uses three main resources to make furniture-wood,
upholstery, and labor. The resource requirements for each piece of furniture and the total
resources available weekly are as follows:
Resource Requirements
Wood (board ft.)
Upholstery (yd.)
Labor (hr.)
Sofa
Table
7
12
6.
5
9.
Chair
4.
5
Total available resources
2,250
1,000
240
The furniture is produced on a weekly basis and stored in a warehouse until the end of the week,
when it is shipped out. The warehouse has a total capacity of 650 pieces of furniture. Each sofa
earns $400 in profit, each table, $275, and each chair, $190. The company wants to know how
many pieces of each type of furniture to make per week to maximize profit.
a. Formulate a linear programming model for this problem.
Transcribed Image Text:14. The Hickory Cabinet and Furniture Company produces sofas, tables, and chairs at its plant in Greensboro, North Carolina. The plant uses three main resources to make furniture-wood, upholstery, and labor. The resource requirements for each piece of furniture and the total resources available weekly are as follows: Resource Requirements Wood (board ft.) Upholstery (yd.) Labor (hr.) Sofa Table 7 12 6. 5 9. Chair 4. 5 Total available resources 2,250 1,000 240 The furniture is produced on a weekly basis and stored in a warehouse until the end of the week, when it is shipped out. The warehouse has a total capacity of 650 pieces of furniture. Each sofa earns $400 in profit, each table, $275, and each chair, $190. The company wants to know how many pieces of each type of furniture to make per week to maximize profit. a. Formulate a linear programming model for this problem.
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