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

$\backslash$table$[[$Date$,$Activities,Units Acq,uired at Cost,Units Sold at Retail$],[$January $1,$Beginning inventory,$600$ units,a $$40$ per unit,$],[$February $10,$Purchase,$360$ units,@ $$37$ per unit,$],[$March $13,$Purchase,$150$ units,a $$25$ per unit,$],[$March $15,$Sales,,,$765$ units @ $$80$ per unit$],[$Auqust $21,$Purchase,$200$ units,a $$45$ per unit,$],[$September $5,$Purchase,$580$ units,@ $$42$ per unit,$],[$September $10,$Sales,,,$780$ units @ $$80$ per unit$],[,$Totals,$1,890$ units,,$1,545$ units$]]$

Required:

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

Compute the number of units in ending inventory.

Ending inventory

$345$ units

Compute the cost assigned to ending inventory using

$($a$)$ FIFO,

$($b$)$ LIFO,

$($c$)$ weighted average, and

$($d$)$ specific identification. $($For specific identification, units sold consist of $600$ units from beginning inventory, $260$ from the February $10$ purchase, $150$ from the March $13$ purchase, $150$ from the August $21$ purchase, and $385$ from the September $5$

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

Required:

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

$\backslash$table$[[$Cost of goods available for sale,$$4,430$