Car Armour sells car wash cleaners. Car Armour uses a perpetual inventory system and made purchases and sales of a particular product in $2023$ as follows:

$\backslash$table$[[$Jan$.1$ Beginning inventory,$130$ units @$$6\mathrm{.}40=$$$,832\mathrm{.}00],[$Jan$.10$ Sold,$60$ units @$$14\mathrm{.}90=894\mathrm{.}00,],[$Mar$.7$ Purchased,$240$ units @$$5\mathrm{.}70=1,368\mathrm{.}00,],[$Mar$.15$ Sold,$120$ units @$$14\mathrm{.}90=1,788\mathrm{.}00,],[$July $28$ Purchased,$490$ units @$$5\mathrm{.}50=2,695\mathrm{.}00,],[$Oct$.3$ Purchased,$440$ units @$$5\mathrm{.}40=2,376\mathrm{.}00,],[$Oct$.5$ Sold,$550$ units @$$14\mathrm{.}90=8,195\mathrm{.}00,]]$

Assume that Car Armour specifically sold the following units:

Jan. $10$: $60$ units fhom beginning inventory

Mar. $15$: $30$ units from beginning inventory, and

$90$ units from the March $7$ purchase

oct. $5$: $110$ units from the July $28$ purchase, and

$440$ units from the October $3$ purchase

Calculate cost to be assigned to ending inventory and cost of goods sold. $($Round your final answers to $2$ decimal places.$)$