SM - Material Requirement Planning - MRP Our strategy is to operate JIT. All suppliers are certified. Suppliers are capoble of delivering orders within 24 hours. We operate 5 days per week, we shut down for 14 holidays. Today marks the start of a 12-month production schedule. Manufacturing requirement per year = 516,600 finished goods units of XWFs; equal production scheduled for each work day: no seasonality. Six (6) LBT assemblies are required for one (1) XWF Requirements for each LBT assembly and the beginning inventories of each component: 3 of part #50; inventory = 89.000, 131,500 to be delivered in 24 hours 2 of part #60; inventory = 58,000, 39,000 to be delivered in 24 hours 8 of part #70; inventory = 120,000; 120,000 to be delivered in 24 hours 5 of part #80; inventory = 171,000: 280,000 to be delivered in 24 hours Your job is to get components required to meet the production schedule. Factoring in the inventories and amounts on-order shown above, calculate: A. The amount of each component needed to be purchased for week No. 1; 05- day week, having no holidays. B. The additional mounts of each component required for the next 8 weeks, o. time period which includes 4 holidays. C. The additional amounts of each component required for the balance of the year (beyond the 9 weeks above). SM - Material Requirement Planning - MRP Our strategy is to operate JIT. All suppliers are certified. Suppliers are capoble of delivering orders within 24 hours. We operate 5 days per week, we shut down for 14 holidays. Today marks the start of a 12-month production schedule. Manufacturing requirement per year = 516,600 finished goods units of XWFs; equal production scheduled for each work day: no seasonality. Six (6) LBT assemblies are required for one (1) XWF Requirements for each LBT assembly and the beginning inventories of each component: 3 of part #50; inventory = 89.000, 131,500 to be delivered in 24 hours 2 of part #60; inventory = 58,000, 39,000 to be delivered in 24 hours 8 of part #70; inventory = 120,000; 120,000 to be delivered in 24 hours 5 of part #80; inventory = 171,000: 280,000 to be delivered in 24 hours Your job is to get components required to meet the production schedule. Factoring in the inventories and amounts on-order shown above, calculate: A. The amount of each component needed to be purchased for week No. 1; 05- day week, having no holidays. B. The additional mounts of each component required for the next 8 weeks, o. time period which includes 4 holidays. C. The additional amounts of each component required for the balance of the year (beyond the 9 weeks above)