Question $1$: For Product A$,$ what is the total Inventory Holding Cost? $($please enter it in the following format xxx$,$ xxxx$,$ or xxxxx$)$

Question $2.$ For Product B$,$ what is the EOQ? $($please enter it in the following format xxx$,$ xxxx$,$ or xxxxx$)$

Question $3.$ For product C$,$ what is the Inventory Holding Cost? $($please enter it in the following format xxx$,$ xxxx$,$ or xxxxx$)$

Question $4.$ For product D$,$ what is the Total Cost $($of holding and ordering inventory? $($please enter it in the following format xxx$,$ xxxx$,$ or xxxxx$)$

FQuestion $5.$ or product E$,$ what is the Inventory Holding Cost? $($please enter it in the following format xxx$,$ xxxx$,$ or xxxxx$)$

Question $6.$ For Product A$,$ what is the combined standard deviation of lead time and demand? $($rounded to the nearest integer, e$.$g$.$ xx$.$xx$-->$xx$)$

Question $7.$ For Product B$,$ what is the combined standard deviation of lead time and demand? $($rounded to the nearest integer, e$.$g$.$ xx$.$xx$-->$xx$)$

Question $8.$ For Product C$,$ what is the safety stock you would hold if you wanted to reach a $98\%$ fill rate? $($rounded to the nearest integer, e$.$g$.$ xx$.$xx$-->$xx$)$

Question $9.$ For Product D$,$ what is the combined standard deviation of lead time and demand? $($rounded to the nearest integer, e$.$g$.$ xx$.$xx$-->$xx$)$

Question $10.$ For Product E$,$ what is the combined standard deviation of lead time and demand? $($rounded to the nearest integer, e$.$g$.$ xx$.$xx$-->$xx$)$

Question $11.$ For Product A$,$ how large should the Kanban bin be$?($rounded to the nearest integer, e$.$g$.$ xx$.$xx$-->$xx$)$

Question $12.$ For Product B$,$ how large should the Kanban bin be$?($rounded to the nearest integer, e$.$g$.$ xx$.$xx$-->$xx$)$

Question $13.$ For Product C$,$ how large should the Kanban bin be$?($rounded to the nearest integer, e$.$g$.$ xx$.$xx$-->$xx$)$

Question $14.$ For Product D$,$ how large should the Kanban bin be$?($rounded to the nearest integer, e$.$g$.$ xx$.$xx$-->$xx$)$

Question $15.$ For Product E$,$ how large should the Kanban bin be$?($rounded to the nearest integer, e$.$g$.$ xx$.$xx$-->$xx$)$