77. City Bicycle
City Bicycle , a cycling store has a beginning inventory of one bi-level touring bicycle 1, for which it paid
$2,500. Suppose that during the period the store purchases bi-level touring bicycle 2 for $2,900 and bi-level
touring bicycle 3 for $3,000, and that it sells one bicycle for $5,500. The three bicycles are physically identical;
the store acquired them at different times as their acquisition costs changed, so only their costs differ.
Using the City Bicycle example, suppose the cycling store uses the specific identification system, and uses
serial numbers or product bar codes to identify bi-level touring bicycle 2 as the unit sold. The cost of goods sold
is _____, and the ending inventory is _____.
78. City Bicycle
City Bicycle , a cycling store has a beginning inventory of one bi-level touring bicycle 1, for which it paid
$2,500. Suppose that during the period the store purchases bi-level touring bicycle 2 for $2,900 and bi-level
touring bicycle 3 for $3,000, and that it sells one bicycle for $5,500. The three bicycles are physically identical;
the store acquired them at different times as their acquisition costs changed, so only their costs differ.
Using the City Bicycle example, suppose the cycling store uses the weighted-average cost-flow assumption.
The cost of goods sold is _____, and the ending inventory is _____.
79. City Bicycle
City Bicycle , a cycling store has a beginning inventory of one bi-level touring bicycle 1, for which it paid
$2,500. Suppose that during the period the store purchases bi-level touring bicycle 2 for $2,900 and bi-level
touring bicycle 3 for $3,000, and that it sells one bicycle for $5,500. The three bicycles are physically identical;
the store acquired them at different times as their acquisition costs changed, so only their costs differ.
Using the City Bicycle example, suppose the cycling store uses the FIFO cost-flow assumption. The cost of
goods sold is _____, and the ending inventory is _____.