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Suzuki Robotics (SR) manufactures two lightweight robots designed for easier house-cleaning. The Alpha-ONE model is older, heavier, and is arpet cleaning. The Alpha-TWO model is newer, lighter, and is designed primarily for wooden floor cleaning. SR produces the components for be ts Indiana plant. Each Alpha-ONE model requires 3 hours of manufacturing time and each Alpha-TWO model requires 4 hours of manufacturi ndiana plant has 1000 hours of robot manufacturing time available for the next production period. The frames for each model are obtained from upplier, who can supply as many Alpha-ONE frames as needed. However, Alpha-TWO frame is newer and lighter, and the supplier can only prov Alpha-TWO frames for the next production period. Final assembly and testing require 3 hours for each Alpha-ONE model and 2 hours for each nodel. Maximum of 600 hours of assembly and testing time are available for the next production period. The company's accounting department pre ontribution of $300 for each Alpha-ONE model produced and $250 for each Alpha-TWO model produced. (ou can either solve this problem graphically or by using Solver in Excel and then fill the blanks below: a. The optimal value for the manufacturing of the Alpha-ONE Model is b. The optimal value for the manufacturing of the Alpha-TWO Model is c. The Maximized profit value is $ d. The binding constraints are and

Suzuki Robotics (SR) manufactures two lightweight robots designed for easier house-cleaning. The Alpha-ONE model is older, heavier, and is arpet cleaning. The Alpha-TWO model is newer, lighter, and is designed primarily for wooden floor cleaning. SR produces the components for be ts Indiana plant. Each Alpha-ONE model requires 3 hours of manufacturing time and each Alpha-TWO model requires 4 hours of manufacturi ndiana plant has 1000 hours of robot manufacturing time available for the next production period. The frames for each model are obtained from upplier, who can supply as many Alpha-ONE frames as needed. However, Alpha-TWO frame is newer and lighter, and the supplier can only prov Alpha-TWO frames for the next production period. Final assembly and testing require 3 hours for each Alpha-ONE model and 2 hours for each nodel. Maximum of 600 hours of assembly and testing time are available for the next production period. The company's accounting department pre ontribution of $300 for each Alpha-ONE model produced and $250 for each Alpha-TWO model produced. (ou can either solve this problem graphically or by using Solver in Excel and then fill the blanks below: a. The optimal value for the manufacturing of the Alpha-ONE Model is b. The optimal value for the manufacturing of the Alpha-TWO Model is c. The Maximized profit value is $ d. The binding constraints are and

Practical Management Science
Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter3: Introduction To Optimization Modeling
Section: Chapter Questions
Problem 41P
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Suzuki Robotics (SR) manufactures two lightweight robots designed for easier house-cleaning. The Alpha-ONE model is older, heavier, and is designed for carpet cleaning. The Alpha-TW0 model is newer, lighter, and is designed primarily for wooden floor cleaning. SR produces the components for both models at its Indiana plant. Each Alpha-ONE model requires 3 hours of manufacturing time and each Alpha-TWO model requires 4 hours of manufacturing time. The Indiana plant has 1000 hours of robot manufacturing time available for the next production period. The frames for each model are obtained from a third-party supplier, who can supply as many Alpha-ONE frames as needed. However, Alpha-TWO frame is newer and lighter, and the supplier can only provide up to 300 Alpha-TWO frames for the next production period. Final assembly and testing require 3 hours for each Alpha-ONE model and 2 hours for each Alpha-TWO model. Maximum of 600 hours of assembly and testing time are available for the next production period. The company's accounting department projects a profit contribution of $300 for each Alpha-ONE model produced and $250 for each Alpha-TWO model produced. You can either solve this problem graphically or by using Solver in Excel and then fill the blanks below: a. The optimal value for the manufacturing of the Alpha-ONE Model is b. The optimal value for the manufacturing of the Alpha-TWO Model is c. The Maximized profit value is $ d. The binding constraints are and
Transcribed Image Text:Suzuki Robotics (SR) manufactures two lightweight robots designed for easier house-cleaning. The Alpha-ONE model is older, heavier, and is designed for carpet cleaning. The Alpha-TW0 model is newer, lighter, and is designed primarily for wooden floor cleaning. SR produces the components for both models at its Indiana plant. Each Alpha-ONE model requires 3 hours of manufacturing time and each Alpha-TWO model requires 4 hours of manufacturing time. The Indiana plant has 1000 hours of robot manufacturing time available for the next production period. The frames for each model are obtained from a third-party supplier, who can supply as many Alpha-ONE frames as needed. However, Alpha-TWO frame is newer and lighter, and the supplier can only provide up to 300 Alpha-TWO frames for the next production period. Final assembly and testing require 3 hours for each Alpha-ONE model and 2 hours for each Alpha-TWO model. Maximum of 600 hours of assembly and testing time are available for the next production period. The company's accounting department projects a profit contribution of $300 for each Alpha-ONE model produced and $250 for each Alpha-TWO model produced. You can either solve this problem graphically or by using Solver in Excel and then fill the blanks below: a. The optimal value for the manufacturing of the Alpha-ONE Model is b. The optimal value for the manufacturing of the Alpha-TWO Model is c. The Maximized profit value is $ d. The binding constraints are and
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