LN, a manufacturer, produces a product 'Omaga', which is composed of three subassemblies: 2 units of A, 1 unit of B, and 3 units of C. A is made of 3 units of M and 2 units of N; B is assembled using 1 unit of P and 2 units of Q; and C is made of 2 units of X and 3 units of Y. On-hand inventories are 400 units of C, and 200 units of Y. Scheduled receipts are 120 units of Y at the start of week 2. Lead times are one week for all subassemblies and components. Final assembly of 'Omega' requires two weeks. Fill in the MPS table to prepare a master production schedule (MPS) of 'Omaga' using the fixed order quantity of 100-unit rule. The beginning inventory for 'Omega' is 120 units; the forecast and committed customer orders for 'Omega' are provided in the table. Use your master production schedule (MPS) of 'Omega' in Table 1 to develop a material requirement plan (MRP) for the subassembly C using the fixed-period-of-2 ordering policy