1. |
Lauer Corporation uses the periodic inventory system and has
provided the following information about one of its laptop
computers:
|
(b) What was ending inventory and cost of goods sold using the LIFO cost flow assumption?
(c) What is ending inventory and cost of goods sold using the
average cost method?
Correct Answer
FIFO |
LIFO |
Weighted Average |
|
Cost of Ending Inventory |
$ 55,000 |
$ 40,000 |
$ 48,750.0 |
Cost of Goods Sold |
$ 7,25,000 |
$ 7,40,000 |
$ 7,31,250.0 |
Working:
Cost of Goods Available for sale |
|||
Units |
Cost per unit |
value |
|
Beginning Inventory |
100 |
$ 800.00 |
$ 80,000.0 |
Purchases |
200 |
$ 900.00 |
$ 1,80,000.0 |
Purchases |
300 |
$ 1,000 |
$ 3,00,000.00 |
Purchases |
200 |
$ 1,100 |
$ 2,20,000.0 |
Total |
800 |
$ 7,80,000 |
FIFO |
|||||||
A |
Total Units Available for sale |
800 |
$ 7,80,000 |
||||
Units Sold |
750 |
||||||
Ending Inventory Units |
50 |
||||||
Valuation |
|||||||
Cost of Goods Sold |
100 |
$ 800.00 |
$ 80,000.00 |
||||
200 |
$ 900.00 |
$ 1,80,000 |
|||||
300 |
$ 1,000.00 |
$ 3,00,000.00 |
|||||
150 |
$ 1,100.00 |
$ 1,65,000.00 |
|||||
B |
Cost of Goods Sold |
750 |
units |
$ 7,25,000 |
|||
A-B |
Ending Inventory |
50 |
units |
$ 55,000 |
LIFO |
|||||||
A |
Total Units Available for sale |
800 |
$ 7,80,000 |
||||
Units Sold |
750 |
||||||
Ending Inventory Units |
50 |
||||||
Valuation |
|||||||
Cost of Goods Sold |
200 |
$ 1,100.00 |
2,20,000.00 |
||||
300 |
$ 1,000.00 |
3,00,000.00 |
|||||
200 |
$ 900.00 |
1,80,000.00 |
|||||
50 |
$ 800.00 |
40,000.00 |
|||||
B |
Cost of Goods Sold |
750 |
units |
$ 7,40,000.00 |
|||
A-B |
Ending Inventory |
50 |
units |
$ 40,000.00 |
|||
Weighted Average |
|||||||
A |
Total Units Available for sale |
800 |
$ 7,80,000.00 |
||||
Units Sold |
750 |
||||||
Ending Inventory Units |
50 |
||||||
Valuation |
|||||||
Cost of Goods Sold |
750 |
$ 975.000 |
$ 7,31,250.00 |
||||
B |
Cost of Goods Sold |
750 |
units |
$ 7,31,250.00 |
|||
A-B |
Ending Inventory |
50 |
units |
$ 48,750.00 |
Weighted Average Cost Per unit |
|||
Units |
(A) |
800 |
|
Total Cost |
(B) |
$ 7,80,000 |
|
Average Cost |
(C=B/A) |
$ 975.0 |
End of Answer.
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