1) Unit Cost
Material | Conversion | |
Beginning WIP | 90000 | 33750 |
Cost added | 75000 | 220000 |
Total Cost | 165000 | 253750 |
Equivalent unit | 33000 | 29000 |
Cost per equivalent unit | 5 | 8.75 |
2) Cost of ending WIP
Material | Conversion | Total | |
Cost of ending WIP | 8000*5 = 40000 | 4000*8.75 = 35000 | 75000 |
Cost of unit transferred out
Material | Conversion | Total | |
Cost of unit transferred out | 25000*5 = 125000 | 25000*8.75 = 218750 | 343750 |
4 Exercise 6.19 Equivalent Units: FIFO Method Using the data from Exercise 6.18, compute the equivalent...
Weighted Average Method, Unit Cost, Valuation of Goods Transferred Out and Ending Work in Process Holmes Products, Inc., produces plastic cases used for video cameras. The product passes through three departments. For April, the following equivalent units schedule was prepared for the first department: Direct Materials Conversion Costs Units completed 25,000 25,000 Units, ending work in process × Percentage complete: 8,000 × 100% 8,000 — 8,000 × 50% — 4,000 Equivalent units of output 33,000 29,000 Costs assigned to beginning...
Weighted Average Method, Unit Cost, Valuation of Goods Transferred Out and Ending Work in Process Holmes Products, Inc., produces plastic cases used for video cameras. The product passes through three departments. For April, the following equivalent units schedule was prepared for the first department: Direct Materials Conversion Costs Units completed 25,000 25,000 Units, ending work in process × Percentage complete: 7,000 × 100% 7,000 — 7,000 × 50% — 3,500 Equivalent units of output 32,000 28,500 Costs assigned to beginning...
Weighted Average Method, FIFO Method, Physical Flow, Equivalent Units Heap Company manufactures a product that passes through two processes: Fabrication and Assembly. The following information was obtained for the Fabrication Department for September: All materials are added at the beginning of the process. Beginning work in process had 80,000 units, 30 percent complete with respect to conversion costs. Ending work in process had 17,000 units, 25 percent complete with respect to conversion costs. Started in process, 95,000 units. Required: 1....
Weighted Average Method, FIFO Method, Physical Flow, Equivalent Units Heap Company manufactures a product that passes through two processes: Fabrication and Assembly. The following information was obtained for the Fabrication Department for September: All materials are added at the beginning of the process. Beginning work in process had 81,400 units, 30 percent complete with respect to conversion costs. Ending work in process had 12,100 units, 25 percent complete with respect to conversion costs. Started in process, 110,000 units. Required: 1....
HLULSJVELElyagenow.coT OtakeAS5genotakEASSI enLMaiauvRassgEHS8ReLgHHseEsaloALBEatarasslghment eook Calculator Weighted Average Method, Unit Cost, valuation of Goods Transferred Out and Ending Work in Process Holmes Products, Inc., produces plastic cases used for video cameras. The product pases through three departmerts. For April, the folowing equivalent units schedule was prepared for the first department Conversion Direct Materials Costs Units completed 25,000 25,000 Units, ending work in process x Percentage complete 8,000 x 100 8,000 8,000x 50% 4,000 Equivalent units of output 33,000 29,000 Costs assigned...
Equivalent Units calculations-FIFO Method The following selected operating data are for Jackson Company's Blending Department for the month of April 2019. Tinting and packaging operations are carried out subsequently in other departments Beginning inventory N complete 4.000 V 56000 UN Started and cord Linding inventory 000 to complete Calculate the equivalent units accomplished using the FIFO method, assuming that the materials are added at the beginning of the process and conversion costs are incurred every throughout Equivalent Units Direct Work...
FIFO Method, Equivalent Units, Unit Cost, Multiple Departments Fordman Company has a product that passes through two processes: Grinding and Polishing. During December, the Grinding Department transferred 20,000 units to the Polishing Department. The cost of the units transferred into the second department was $40,000. Direct materials are added uniformly in the second process. Units are measured the same way in both departments. The second department (Polishing) had the following physical flow schedule for December: Units to account for: Units,...
FIFO Method, Equivalent Units, Unit Cost, Multiple Departments Fordman Company has a product that passes through two processes: Grinding and Polishing. During December, the Grinding Department transferred 20,000 units to the Polishing Department. The cost of the units transferred into the second department was $40,000. Direct materials are added uniformly in the second process. Units are measured the same way in both departments. The second department (Polishing) had the following physical flow schedule for December: Units to account for: Units,...
Exercise 6.21 FIFO M OBJECTI se 6.21 FIFO Method, Unit Cost, Valuation of Goods Transferred Out, and Ending Work in Process Dama Company produces women's blouses and uses the FIFO method to account for its manu- facturing costs. The product Dama makes passes through two processes: Cutting and Sewing. During April, Dama's controller prepared the following equivalent units schedule for the Cutting Department: Direct Materials Conversion Costs Units started and completed 40,000 40,000 Units, beginning work in process: 10,000 X...
Exercise 3.19 (Algo) Compute Equivalent Units: FIFO Method (LO 8-1, 5) Conlon Chemicals manufactures paint thinner Information on the work in process follows: • Beginning inventory. 42.000 partially complete gallons • Transferred out, 207000 gallons • Ending Inventory materials are 19 percent complete conversion costs are 8 percent complete • Started this month. 241.000 gallons. Assume that beginning inventory is 50 percent complete with respect to materials and 30 percent complete with respect to conversion costs Required a Compute the equivalent units for materials using FIFO b. Compute the...