The profit function for a set of two electronics products can be expressed by the following expression: xí- 2X1 - 3X2+ 2X where X1 = the number of product 1 units produced and X2 = the number of product 2 units produced. At least 10 units of X1 must be produced and at least 20 units of X2 must be produced. No more than 50 units total can be produced. What is the optimal solution to the problem? O X1 = 50; X2 = 0. O X1 = 25; X2 = 25. O X1 = 20; X2 = 0. O X1 = 20; X2 = 30. O X1 = 30; X2 = 20.

College Algebra (MindTap Course List)
12th Edition
ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
Publisher:R. David Gustafson, Jeff Hughes
Chapter6: Linear Systems
Section6.CR: Chapter Review
Problem 70E: A company manufactures two fertilizers, x and y. Each 50-pound bag of fertilizer requires three...
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The profit function for a set of two electronics products can be expressed by the following expression:
xí- 2X1 - 3X2+ 2X where X1 = the number of product 1 units produced and X2 = the number of
product 2 units produced. At least 10 units of X1 must be produced and at least 20 units of X2 must be
produced. No more than 50 units total can be produced.
What is the optimal solution to the problem?
O X1 = 50; X2 = 0.
O X1 = 25; X2 = 25.
O X1 = 20; X2 = 0.
O X1 = 20; X2 = 30.
O X1 = 30; X2 = 20.
Transcribed Image Text:The profit function for a set of two electronics products can be expressed by the following expression: xí- 2X1 - 3X2+ 2X where X1 = the number of product 1 units produced and X2 = the number of product 2 units produced. At least 10 units of X1 must be produced and at least 20 units of X2 must be produced. No more than 50 units total can be produced. What is the optimal solution to the problem? O X1 = 50; X2 = 0. O X1 = 25; X2 = 25. O X1 = 20; X2 = 0. O X1 = 20; X2 = 30. O X1 = 30; X2 = 20.
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