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Instruction: 1. Solve the problem on Linear Programming Model Using (a) Graphical Method, and (b) Simplex Method. Show all solutions that apply. 2. Individual submission. Refrain from submitting someone else's work.

Instruction: 1. Solve the problem on Linear Programming Model Using (a) Graphical Method, and (b) Simplex Method. Show all solutions that apply. 2. Individual submission. Refrain from submitting someone else's work.

Practical Management Science
Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter2: Introduction To Spreadsheet Modeling
Section: Chapter Questions
Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...
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Instruction: 1. Solve the problem on Linear Programming Model Using (a) Graphical Method, and (b) Simplex Method. Show all solutions that apply. 2. Individual submission. Refrain from submitting someone else's work. 1. ABC electronics produces two models of Karaoke machine. Model A needs 6 labor hours per unit. Model B needs 7.5 labor hours per unit. The labor capacity is 1200 hours. The maximum number of Model B units that can be sold is 120. How many units of each model should the company manufacture in order to maximize the profit if model A contributes a profit of P200 and model B contributes a profit of P300. Given: Labor Hours Market Constraint Decision Variable: Let Model A 6 Model B 7.5 1 Total 1200 hrs 120 X = no. of units of Model A to be manufactured to maximize profit. Y = no. of units of Model B to be manufactured to maximize profit.
Transcribed Image Text:Instruction: 1. Solve the problem on Linear Programming Model Using (a) Graphical Method, and (b) Simplex Method. Show all solutions that apply. 2. Individual submission. Refrain from submitting someone else's work. 1. ABC electronics produces two models of Karaoke machine. Model A needs 6 labor hours per unit. Model B needs 7.5 labor hours per unit. The labor capacity is 1200 hours. The maximum number of Model B units that can be sold is 120. How many units of each model should the company manufacture in order to maximize the profit if model A contributes a profit of P200 and model B contributes a profit of P300. Given: Labor Hours Market Constraint Decision Variable: Let Model A 6 Model B 7.5 1 Total 1200 hrs 120 X = no. of units of Model A to be manufactured to maximize profit. Y = no. of units of Model B to be manufactured to maximize profit.
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