Larkin Industries manufactures several lines of decorative and functional metal items. The most recent order has been for 1200 door lock units for an apartment complex developer. The sales and...


Larkin Industries manufactures several lines of decorative and functional metal items. The most recent order has been for 1200 door lock units for an apartment complex developer. The sales and production departments must work together to determine delivery schedules. Each lock unit consists of three components: the knob and face plate, the actual lock itself, and a set of two keys. Although the processes used in the manufacture of the three components vary, there are three areas where the production manager is concerned about the availability of resources. These three areas, their usage by the three components, and their availability are detailed in the table.


Resource Knob and Plate Lock Key (each) Available Brass Alloy 12 5 1 15000 units Machining 18 20 10 36000 minutes Finishing 15 5 1 12000 minutes


A quick look at the amounts available confirms that Larkin does not have the resources to fill this contract. A subcontractor, who can make an unlimited number of each of the three components, quotes the prices below.


Component Subcontractor Cost Larkin Cost Knob and Plate 10.00 6.00 Lock 9.00 4.00 Keys (set of 2) 1.00 .50


Develop a linear programming model that would tell Larkin how to fill the order for 1200 lock sets at the minimum cost.



Submit Excel Document with Your Template




BELOW IS A PICTURE OF THE QUESTION TO MAKE IT EASIER


Larkin Industries manufactures several lines of decorative and functional metal items. The most recent<br>order has been for 1200 door lock units for an apartment complex developer. The sales and production<br>departments must work together to determine delivery schedules. Each lock unit consists of three<br>components: the knob and face plate, the actual lock itself, and a set of two keys. Although the processes<br>used in the manufacture of the three components vary, there are three areas where the production manager<br>is concerned about the availability of resources. These three areas, their usage by the three components, and<br>their availability are detailed in the table.<br>Knob and Plate<br>Lock<br>Key (each)<br>Available<br>15000 units<br>36000 minutes<br>12000 minutes<br>Resource<br>Brass Alloy<br>Machining<br>Finishing<br>12<br>1<br>18<br>20<br>10<br>15<br>1<br>A quick look at the amounts available confirms that Larkin does not have the resources to fill this contract.<br>A subcontractor, who can make an unlimited number of each of the three components, quotes the prices<br>below.<br>Larkin Cost<br>6.00<br>Subcontractor Cost<br>Component<br>Knob and Plate<br>10.00<br>Lock<br>9.00<br>4.00<br>Keys (set of 2)<br>1.00<br>.50<br>Develop a linear programming model that would tell Larkin how to fill the order for 1200 lock sets at the<br>minimum cost.<br>Submit Excel Document with Your Template<br>

Extracted text: Larkin Industries manufactures several lines of decorative and functional metal items. The most recent order has been for 1200 door lock units for an apartment complex developer. The sales and production departments must work together to determine delivery schedules. Each lock unit consists of three components: the knob and face plate, the actual lock itself, and a set of two keys. Although the processes used in the manufacture of the three components vary, there are three areas where the production manager is concerned about the availability of resources. These three areas, their usage by the three components, and their availability are detailed in the table. Knob and Plate Lock Key (each) Available 15000 units 36000 minutes 12000 minutes Resource Brass Alloy Machining Finishing 12 1 18 20 10 15 1 A quick look at the amounts available confirms that Larkin does not have the resources to fill this contract. A subcontractor, who can make an unlimited number of each of the three components, quotes the prices below. Larkin Cost 6.00 Subcontractor Cost Component Knob and Plate 10.00 Lock 9.00 4.00 Keys (set of 2) 1.00 .50 Develop a linear programming model that would tell Larkin how to fill the order for 1200 lock sets at the minimum cost. Submit Excel Document with Your Template
Jun 04, 2022
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here