cans for $0\mathrm{.}30$$

a$.$

b$.$

c$.800,$

has an MSE of $.$ Using this information and the answers to parts $($a$)$ and $($b$),$ determine the optimal

number of cans that Royal Crown Beverages should bring to Spark Day?

$50$

$,$ while the cost of a canRecall from the first problem that they plan to offer cans of RC Spark for only

What is the cost of having one can left over at the end of Spark Day? $($cost of overage$)$

What is the cost of being one can short, when they could have sold it$?($cost of underage$)$

but they realize that forecasts are seldom correct, due to variability. Their forecasting tool has

From past data, Royal Crown Beverages forecasts that sales at Spark Day this year will be

each.

is estimated to be

Ref

$0\mathrm{.}50$$

Royal Crown Beverages is trying to determine how many cans of RC Spark to bring to Spark Day at TLU this year.