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Part 1 Rework problem 1 in section 1 of Chapter 7 of your textbook, about Sam's Deli, using the following data. Assume that each small sandwich uses 4 inches of bread and 4 ounces of meat, and that each large sandwich uses 12 inches of bread and 6 ounces of meat. Assume also that the Deli has on hand each day 90 feet of bread and 25 pounds of meat. Assume also that the profit on each small sandwich is $0.90 and the profit on each large sandwich is $1.50. How many sandwiches of each size should the Deli make in order maximize its profit? When you formulate a linear programming problem to solve this problem, how many variables, how many constraints (both implicit and explicit), and how many objective functions should you have? Number of variables: 2 Number of constraints: 4 Number of objective functions: 1 (Note: The textbook's version of this problem was solved (as part of the mini-lecture) on The Finite Show. You can view the streaming video of this solution at TFS solution. Part 2 • Part 3 Formulate the linear programming problem for this situation. (Enter either the word Maximize or the word Minimize in the first blank. Type the symbols <= wherever you want a "less than or equal" inequality, i.e., <, and type the symbols >= wherever you what a "greater than or equal" inequality, i.e., 2.) Maximize 0.90 x+ 1.50 y (in dollars) subject to the constraints >= >= bread used (in inches): x + meat used (in ounces): x +

Part 1 Rework problem 1 in section 1 of Chapter 7 of your textbook, about Sam's Deli, using the following data. Assume that each small sandwich uses 4 inches of bread and 4 ounces of meat, and that each large sandwich uses 12 inches of bread and 6 ounces of meat. Assume also that the Deli has on hand each day 90 feet of bread and 25 pounds of meat. Assume also that the profit on each small sandwich is $0.90 and the profit on each large sandwich is $1.50. How many sandwiches of each size should the Deli make in order maximize its profit? When you formulate a linear programming problem to solve this problem, how many variables, how many constraints (both implicit and explicit), and how many objective functions should you have? Number of variables: 2 Number of constraints: 4 Number of objective functions: 1 (Note: The textbook's version of this problem was solved (as part of the mini-lecture) on The Finite Show. You can view the streaming video of this solution at TFS solution. Part 2 • Part 3 Formulate the linear programming problem for this situation. (Enter either the word Maximize or the word Minimize in the first blank. Type the symbols <= wherever you want a "less than or equal" inequality, i.e., <, and type the symbols >= wherever you what a "greater than or equal" inequality, i.e., 2.) Maximize 0.90 x+ 1.50 y (in dollars) subject to the constraints >= >= bread used (in inches): x + meat used (in ounces): x +

College Algebra (MindTap Course List)
College Algebra (MindTap Course List)
12th Edition
ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
Publisher:R. David Gustafson, Jeff Hughes
Chapter6: Linear Systems
Section6.8: Linear Programming
Problem 5SC: If during the following year it is predicted that each comedy skit will generate 30 thousand and...
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• Part 1 Rework problem 1 in section 1 of Chapter 7 of your textbook, about Sam's Deli, using the following data. Assume that each small sandwich uses 4 inches of bread and 4 ounces of meat, and that each large sandwich uses 12 inches of bread and 6 ounces of meat. Assume also that the Deli has on hand each day 90 feet of bread and 25 pounds of meat. Assume also that the profit on each small sandwich is $0.90 and the profit on each large sandwich is $1.50. How many sandwiches of each size should the Deli make in order maximize its profit? When you formulate a linear programming problem to solve this problem, how many variables, how many constraints (both implicit and explicit), and how many objective functions should you have? Number of variables: 2 Number of constraints: 4 Number of objective functions: 1 (Note: The textbook's version of this problem was solved (as part of the mini-lecture) on The Finite Show. You can view the streaming video of this solution at TFS solution. • Part 2 • Part 3 Formulate the linear programming problem for this situation. (Enter either the word Maximize or the word Minimize in the first blank. Type the symbols <= wherever you want a "less than or equal" inequality, i.e., <, and type the symbols >= wherever you what a "greater than or equal" inequality, i.e., 2.) Maximize 0.90 x+ 1.50 y (in dollars) subject to the constraints >= bread used (in inches): meat used (in ounces): x + <ニ నా
Transcribed Image Text:• Part 1 Rework problem 1 in section 1 of Chapter 7 of your textbook, about Sam's Deli, using the following data. Assume that each small sandwich uses 4 inches of bread and 4 ounces of meat, and that each large sandwich uses 12 inches of bread and 6 ounces of meat. Assume also that the Deli has on hand each day 90 feet of bread and 25 pounds of meat. Assume also that the profit on each small sandwich is $0.90 and the profit on each large sandwich is $1.50. How many sandwiches of each size should the Deli make in order maximize its profit? When you formulate a linear programming problem to solve this problem, how many variables, how many constraints (both implicit and explicit), and how many objective functions should you have? Number of variables: 2 Number of constraints: 4 Number of objective functions: 1 (Note: The textbook's version of this problem was solved (as part of the mini-lecture) on The Finite Show. You can view the streaming video of this solution at TFS solution. • Part 2 • Part 3 Formulate the linear programming problem for this situation. (Enter either the word Maximize or the word Minimize in the first blank. Type the symbols <= wherever you want a "less than or equal" inequality, i.e., <, and type the symbols >= wherever you what a "greater than or equal" inequality, i.e., 2.) Maximize 0.90 x+ 1.50 y (in dollars) subject to the constraints >= bread used (in inches): meat used (in ounces): x + <ニ నా
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