You are designing a production system for a process that has two serial operations, process A$,$ followed by process B; connected by a material handling system. Data for the processing operations is provided below.Std Dev of processing timeAverage processing time $($minutes$)$Process A$14$Process B$20$Demand is $8,000$ parts per year $($or $0\mathrm{.}05$ per minute$),$ and process replenishment lead$-$time is based on $0\mathrm{.}99$probability of process completion $($Za $=2\mathrm{.}33).$ The item has a value of $$150,$ and the annual holding rate is $20\%.$Assume the material handling replenishment lead$-$time for a part is $0\mathrm{.}05$ years. Assume a $25\%$ safety factor.The two processes are separated by $200$ feet. There are two material handling system alternatives: MH$\_1$ has an annual fixed cost of $$10,000$ and a variable cost of $$0\mathrm{.}40$ per load per foot and can transport up to $100$ units per load, or MH$\_2$ has an annual fixed cost of $$20,000$ and a variable cost of $$0\mathrm{.}05$ per load per foot and can transport up to $200$ units per load.a$)(10\%)$ Determine the total number of material$-$handling Kanbans based on the information provided.