The demand for subassembly $S$ is $110$ units in week $7.$ Each unit of $S$ requires $2$ units of $T$ and $1$ unit of $U.$ Each unit of $T$ requires $2$ units of $V,2$ units of $W,$ and $1$ unit of $x.$ Finally, each unit of $U$ requires $1$ unit of $Y$ and $3$ units of $Z.$ One firm manufactures all items. It takes $2$ weeks to make $S,1$ week to make T$,2$ weeks to make $U,2$ weeks to make $V,3$ weeks to make $W,1$ week to make $x,2$ weeks to make Y $,$ and $1$ week to make Z $.$

Click the icon to view the product structure and the time$-$phased product structure.

Click the icon to view the on$-$hand inventory.

Construct a net material requirements plan using on$-$hand inventory $($enter your responses as whole numbers$).$

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$\backslash$table$[[$Item$,\backslash$table$[[$On$-$Hand$],[$Inventory$]],$Item,$\backslash$table$[[$On$-$Hand$],[$Inventory$]]],[$S$,20,W,30],[$T$,20,x,25],[$U$,30,Y,40],[V,20,Z,180]]$

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