Kindly write the LP model not the solution theoretically. Zoom in for further clarity.

kindly do the LP Model as requested in the work. please zoom into the table. not theoretical solution just the LP model.

Fax Man, an elatronics contract manufacturer, uses is Topeka, Kanses, facility to produce two product categories routers and switches Consultation with customers has indicated a demand forecast for each category over the next 12 months (in thou- sands of units) to be as shown in Table 8-11. Manufacturing is primarily an assembly operation, and capacity is governed by the number of people on the pro duction line. The plant operates 20 days a month, 8 hours cach day. Production of a router takes 20 minutes, and pro- duction of a switch requires 10 minutes of worker time. Each worker is paid $10 per hour, with a 50 percent premium for any overtime. The plant currently has 6,300 employees. Overtime is limited to 20 hours per employee per month. The plant currently maintains 100,000 routers and 50,000 switches in inventory. The cost of holding a router in inver- tory is $2 per month, and the cost of holding a switch in inventory is Sl per month. The holding cost arises because products are paid for by the customer at existing market rates when purchased. Thus, if Fiex Man produces early and holds in inventory, the company recovers less given the rapidly dropping component prices Build an Integer Linear Programming model to find the minimumcost production schedule for Recen assuming that (a) The cost of hiring a new employee is $700 and the cost of layoff is $1000 Hring and layoffs are performed at the beginning each month Remanaims to finish the year with 6300 employees 6) Redenmeysubcontract production of both types of products to another firm during some of the months This firm will charge $6 per router and $4 per switch UT LP MODE IS FERURE DO NOT SUBMT SOLUTION A COPY OF THS ALEMAYE DOWNLOADED FROMTHS ASSIGWEN Month Ly February March MY Demand Forecast for Flex Man Router Demand Switch Demand 1,800 1.600 1600 1,400 2.600 1,500 2.500 2.000 B00 1.500 00 1200 700 100 300 1.400 2300 100 sbo Joly August ob December HexMan, an dedtronics contract manufacturer, mees its Topeka, Kanses, facility to produce two product categories, routiers and switches. Cusullation with customers les indicated a demand forecast for each category over the next 12 months (in thoe- sands of units) to be as shown in Table 8-11. Manufacturing is primarily an assembly operation, and capacity is governed by the number of people on the pro- duction line. The plant operates 20 days a month, 8 hours cach day. Production of a router takes 20 minutes, and pro- duction of a switch requires 10 minutes of worker time. Each worker is paid $10 per hour, with a 50 percent premium for any overtime. The plant currently has 6,300 employees. Overtime is limited to 20 hours per employee per month. The plant currently maintains 100,000 routers and 50,000 switches in inventory. The cost of holding a router in inven- tory is S2 per month, and the cost of holding a switch in inventory is Sl per month. The holding cost arises because products are paid for by the customer at existing market rates when purchased. Thus, if FlexMan produces early and holds in inventory , the company recovers less given the rapidly deopping component prices. Bild an Integer Linear Programming modd to find the minim.moost production schedule for RexMen, assuming that (a) The cost of hining a new employee is $700 and the cost of layoff is $1000 Hring and layoffs are performed at the beginning of each month Remenims to finish the year with 6300 employees 6) Redenmeysubcontract production both types of products to another fimm during some of the months This firm will charge $6 per rater and $4 per switch UT LP MOLA IS RHURED DO NOT SUBMT Saunan A COPY OF THS ALEMAYE DOWNLOADED FROMTHS ASSIGWEN. Month February March Demand Forecast for Flex Man Router Demand Switch Demand 1.800 1500 1.600 1,400 2.600 1,500 2.500 2.000 ) 1.500 1,800 200 1200 700 1400 600 April MY June July clone November 010 500 SEDO