Montoure Company uses a periodic inventory system. It entered into the following calendar$-$year purchases and sales transactions.

$\backslash$table$[[$Date$,$Activities,Units Acquired at$,cost,$Units Sold at Retail$],[$January $1,$Beginning inventory,$605$ units @$$45\mathrm{.}00$ p$,$per unit,$],[$February $10,$Purchase,$410$ units,per unit,$],[$March $13,$Purchase,@$$27\mathrm{.}00,$per unit,$],[$March $15,$Sales,,,@ $$75\mathrm{.}00$ per unit$],[$August $21,$Purchase,@ $$50\mathrm{.}00,$per unit,$],[$September $5,$Purchase,@ $$46\mathrm{.}00,$per unit,$],[$September $10,$Sales,,,$610$ units @$$75\mathrm{.}00$ per unit$],[$Totals$,1,830$ units,,$1,430$ units$]]$

Required:

Compute cost of goods available for sale and the number of units available for sale.

$\backslash$table$[[$Cost of goods available for sale,,$],[$Number of units available for sale,,units$]]$

Compute the number of units in ending inventory.

Ending inventory

units

Compute the cost assigned to ending inventory using $($a$)$ FIFO, $($b$)$ LIFO, $($c$)$ weighted average, and $($c$)$ specific identification. For specific identification, units sold consist of $605$ units from beginning inventory, $305$ from the February $10$ purchase, $205$ from the March $13$ purchase, $55$ from the August $21$ purchase, and $260$ from the September $5$ purchase.

Note: Round your average cost per unit to $2$ decimal places. Round your final answers to the nearest whole dollar amount.

$\backslash$table$[[,$Ending Inventory$],[($a$)$ FIFO,$],[($b$)$ LIFO,$]]$