The following units of a particular item were available for sale during the calendar year: Jan. 1 Inventory 4,400 units at $38 Apr. 19 Sale 2,700 units June 30 Purchase 4,000 units at $42 Sept. 2 Sale 5,200 units Nov. 15 Purchase 2,400 units at $43 This information has been collected in the Microsoft Excel Online file. Open the spreadsheet, perform the required analysis, and input your answers in the question below. Open spreadsheet The firm maintains a perpetual inventory system. Determine the cost of goods sold for each sale and the inventory balance after each sale, assuming the last-in, first-out method. Present the data in the form illustrated in Exhibit 4. Under LIFO, if units are in inventory at two or more different costs, enter the units with the LOWER unit cost first in the Inventory Unit Cost column. Round your answers for quantity values to the nearest whole number, for unit cost values to the nearest cent, and for total cost values to the nearest dollar.
Perpetual inventory using LIFO
The following units of a particular item were available for sale during the calendar year:
| Jan. 1 | Inventory | 4,400 units at $38 | |
| Apr. 19 | Sale | 2,700 units | |
| June 30 | Purchase | 4,000 units at $42 | |
| Sept. 2 | Sale | 5,200 units | |
| Nov. 15 | Purchase | 2,400 units at $43 |
This information has been collected in the Microsoft Excel Online file. Open the spreadsheet, perform the required analysis, and input your answers in the question below.
The firm maintains a perpetual inventory system. Determine the cost of goods sold for each sale and the inventory balance after each sale, assuming the last-in, first-out method. Present the data in the form illustrated in Exhibit 4. Under LIFO, if units are in inventory at two or more different costs, enter the units with the LOWER unit cost first in the Inventory Unit Cost column. Round your answers for quantity values to the nearest whole number, for unit cost values to the nearest cent, and for total cost values to the nearest dollar.
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