Johnson's Juice sells bottles of "Keep Me Awake During Class" fruit juice to college students. Annual demand is $89,000$ bottles. The company uses an annual holding cost percentage of $16\%,$

it its setup cost is $$47$ per order. The current price per bottle from the supplier is $$0\mathrm{.}7,$ and Johnson's Juice resells it to customers for $$2\mathrm{.}00$ each. However, the supplier has notified Johnson's

Juice that starting next week, the purchase price will rise to $$1\mathrm{.}16$ due to tariffs imposed by the government. Johnson's inventory of bottles is about to be depleted. $($Assume that the bottles are

so full of chemicals that the drinks never expire.$)$

a$.$ Which inventory model fits the best to this problem?

A$.$ One$-$time sale model

B$.$ Lumpy demand model

C$.$ Incremental quantity discounts model

D$.$ All$-$units quantity discounts model