pounds per day$).$ After ordering $($fixed cost $=$$$19$ per order$),$ beans are always delivered from Hawaii in exactly $4$ days. Per$-$pound annual holding costs for the beans are $$3.$ Refer to the standard normal table for $z-$values.

a$)$ What is the economic order quantity $($EOQ$)$ for Kona coffee beans? $430$ pounds $($round your response to the nearest whole number$).$

b$)$ What are the total annual holding costs of stock for Kona coffee beans? $ $645($round your response to two decimal places$).$

c$)$ What are the total annual ordering costs for Kona coffee beans? $$645\mathrm{.}12($round your response to two decimal places$).$

d$)$ Assume that management has specified that no more than a $1\%$ risk of stockout during lead time is acceptable What should the reorder point $($ROP$)$ be$?$ pounds $($round your response to two decimal places$).$

e$)$ What is the safety stock needed to attain a $1\%$ risk stockout during lead time?

f$)$ What is the annual holding cost of maintiaining the level of safety stock needed to support a $1\%$ risk?

g$)$ If managment specified that a $2\%$ risk of sotckout during lead time would be acceptable, would the safety tock holding costs decrease or increase?

At $2\%$ risj of stockout, units of safety stock are required

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