End item P is composed of three subassemblies: K$,$ L and W$.$ K is assembled using $3$ Gs and $4$ Hs; L is made of $2$ Ms and $2$ Ns; and W is made of $3$ Zs$.$ On$-$hand inventories are $20$Ls$,40$Gs$,$ and $200$ Hs$.$ Scheduled receipts are $10$Ks at the start of week $3,30$ Ks at the start of week $6,$ and $200$ Ws at the start of week $3.$ One hundred Ps will be shipped at the start of week $6,$ and another $100$ at the start of week $7.$ Lead times are two weeks for subassemblies and one week for components G$,$ H and M$.$ Final assembly of P requires one week. The minimum order size for H is $200$ units. For rest of the items, assume lot for lot ordering. Develop a product structure treeDevelop MRP tables for K$,$ G and H