Solve $($a$2)$ only

Crane Company uses a perpetual inventory system and reports the following for the month of June.

$($a$1)$

Calculate the weighted$-$average cost per unit, using a perpetual inventory system. Assume a sale of $400$ units occurred on June $15$ for a selling price of $\backslash (\backslash$$ $9\backslash )$ and a sale of $60$ units on June $27$ for $\backslash (\backslash$$ $10\backslash ).($Round intermediate calculations to $0$ decimal places, e$.$g$.152$ and final answers to $3$ decimal places, e$.$g$.5\mathrm{.}125.)$

June $\backslash (1\backslash$quad $\backslash$$ $\backslash )$

June $\backslash (12\backslash$$ $\backslash )$

June $15\backslash$$

June $23\backslash$$

June $\backslash (27\backslash$quad $\backslash$$ $\backslash )$

Your answer ls correct.

Calculate the welghted$-$average cost per unit, using a perpetual Inventory system. Assume a sale of $400$ units occurred on June $15$

for a selling price of $$9$ and a sale of $60$ units on June $27$ for $$10.($Round intermediate calculations to $0$ decimal places, e$.$g$.152$ and

final answers to $3$ decimal places, eg$.5\mathrm{.}125.)$

Attempts: $3$ of $3$ used

Using multiple attempts has impacted your score.

$20\%$ score reductlon after attempt $2$

$($a$2)$

Calculate the cost of the ending Inventory and the cost of goods sold for each cost flow assumption, using a perpetual Inventory

system. A$.$ssume a sale of $400$ unlts occurred on June $15$ for a selling price of $$9$ and a sale of $60$ units on June $27$ for $$10.($Round

answers to $0$ decimal places, e$.$g$.125.)$

Attempts: $0$ of $3$ used

Using multiple attempts will Impact your score.

$20\%$ score reductlon after attempt $2$