Consider the demand for Fresh Detergent in a future sales period when Enterprise Industries' price for Fresh will bex₁= 3.81, the average price of competitors' similar detergents will bex₂= 4.29, and Enterprise Industries' advertising expenditure for Fresh will bex₃= 6.80. A 95 percent prediction interval for this demand is given on the following JMP output:

Predicted Lower 95% Mean Upper 95% Mean StdErr Indiv Lower 95% Indiv Upper 95% Indiv Demand Demand Demand Demand Demand Demand 31 8 . 5136623684 8 .6814622793 9.8258624574 . 7295926211 7' . 8139632575 16 . 8133614799 (3) Find and report the 95 percent prediction interval on the output. If Enterprise Industries plans to have in inventory the number of bottles implied by the upper limit of this interval, it can be very condent that it will have enough bottles to meet demand for Fresh in the future sales period. How many bottles is this? If we multiply the number of bottles implied by the lower limit of the prediction interval by the price of Fresh ($3.81}, we can be very condent that the resulting dollar amount will be the minimum revenue from Fresh in the future sales period. What is this dollar amount? (Round 95% Pl to 5 decimal places and dollar amount to 1 decimal place and Level of inventory needed to the nearest whole number.) 95% Pl[ 7.0139 , Level of inventory needed = Lower dollar amount = (b) Calculate a 99 percent prediction interval for the demand for Fresh in the future sales period. Hint: n= 30 and s = 0.686. Optional technical note needed. The distance value equals Leverage. (Round your answers to 5 decimal places.) 99%PII E U