Coronado Department Store uses a perpetual inventory system. Data for product E2-D2 include the following purchases.
Date |
Number of Units |
Unit Price |
||
May 7 | 50 | $17 | ||
July 28 | 30 | 22 |
On June 1, Coronado sold 20 units, and on August 27, 40 more
units.
Prepare the perpetual inventory schedule for the above
transactions using moving-average cost. (Round
average-cost per unit to 2 decimal places, e.g. 12.50 and final
answers to 0 decimal places, e.g. 1,250.)
Product E2-D2 |
||||||
Date |
Purchases |
Cost of Goods Sold |
Balance |
|||
May 7 | $ | $ | $ | |||
June 1 | $ | $ | $ | |||
July 28 | $ | $ | $ | |||
Aug. 27 | $ | $ | $ |
PERPETUAL INVENTORY SCHEDULE USING MOVING-AVERAGE COST
Date | Purchases | Cost of goods sold | Balance |
May 7 | $850 | - | $850 |
June 1 | - | $340 | $510 |
July 28 | $660 | - | $1,170 |
Aug 27 | - | $780 | $390 |
Computation:
Date | Purchases | Cost of goods sold | Balance |
May 7 | 50 units * $17 = $850 | - | $850 |
June 1 | - | 20 units * $17 = $340 | $850 - $340 = $510 |
July 28 | 30 units * $22 = $660 | - | $510 + $660 = $1,170 |
Aug 27 | - |
40 units * ($1,170 / 60 units) = 40 units * $19.50 = $780 |
$1,170 - $780 = $390 |
All the best...
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