Clonex Labs, Inc., uses the weighted-average method in its process costing system. The following data are available for one department for October: Percent Completed Units Materials Conversion Work in process, October 1 54,000 90% 65% Work in process, October 31 38,000 67% 47% The department started 393,000 units into production during the month and transferred 409,000 completed units to the next department. Required: Compute the equivalent units of production for October.

Clonex Labs, Inc., uses the weighted-average method in its process costing system. The following data are available for one department for October: Percent Completed Units Materials Conversion Work in process, October 1 54,000 90% 65% Work in process, October 31 38,000 67% 47% The department started 393,000 units into production during the month and transferred 409,000 completed units to the next department. Required: Compute the equivalent units of production for October.

Cornerstones of Cost Management (Cornerstones Series)

4th Edition

ISBN:9781305970663

Author:Don R. Hansen, Maryanne M. Mowen

Publisher:Don R. Hansen, Maryanne M. Mowen

Chapter6: Process Costing

Section: Chapter Questions

Problem 16E: Heap Company manufactures a product that passes through two processes: Fabrication and Assembly. The...

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Using the same data found in Exercise 6.22, assume the company uses the FIFO method. Required: Prepare a schedule of equivalent units, and compute the unit cost for the month of December. 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: Costs in beginning work in process for the Polishing Department were direct materials, 5,000; conversion costs, 6,000; and transferred in, 8,000. Costs added during the month: direct materials, 32,000; conversion costs, 50,000; and transferred in, 40,000.
The records of Stone Inc. reflect the following data: Work in process, beginning of month4,000 units one-fourth completed at a cost of 2,500 for materials, 1,400 for labor, and 1,800 for overhead. Production costs for the monthmaterials, 130,000; labor, 70,000; and factory overhead, 82,000. Units completed and transferred to stock45,000. Work in process, end of month5,000 units, one-half completed. Compute the months unit cost for each element of manufacturing cost and the total per unit cost. (Round unit costs to three decimal places.)
Ardt-Barger has a beginning work in process inventory of 5.500 units and transferred in 25,000 units before ending the month with 3.000 u flits that were 100% complete with regard to materials and 80% complete with regard to conversion costs. The cost per unit of material is $5.45, and the cost per unit for conversion is $6.20 per unit, Using the weighted-average method, prepare the companys process cost summary for the month.
The Converting Department of Worley Company had 2,400 units in work in process at the beginning of the period, which were 35% complete. During the period, 10,800 units were completed and transferred to the Packing Department. There were 1,900 units in process at the end of the period, which were 60% complete. Direct materials are placed into the process at the beginning of production. Determine the number of equivalent units of production with respect to direct materials and conversion costs.
The records of Burris Inc. reflect the following data: Work in process, beginning of month2,000 units one-half completed at a cost of 1,250 for materials, 675 for labor, and 950 for overhead. Production costs for the monthmaterials, 99,150; labor, 54,925; factory overhead, 75,050. Units completed and transferred to stock38,500. Work in process, end of month3,000 units, one-half completed. Compute the months unit cost for each element of manufacturing cost and the total per unit cost.
Chavez Concrete Inc. has two production departments. Blending had 1,000 units in process at the beginning of the period, two-fifths complete. During the period 7,800 units were received from Mixing, 8,200 units were transferred to the finished goods storeroom, and 600 units were in process at the end of the period, 1/3 complete. The cost of the beginning work in process was: The costs during the month were: 1. Using the data in E5-15, prepare a cost of production summary for the month ended January 31, 2016. 2. Prepare a journal entry to transfer the cost of the completed units from Blending to the finished goods storeroom.
During March, the following costs were charged to the manufacturing department: $22,500 for materials; $45,625 for labor; and $50,000 for manufacturing overhead. The records show that 40,000 units were completed and transferred, while 10,000 remained in ending inventory. There were 45,000 equivalent units of material and 42,500 units of conversion costs. Using the weighted-average method, prepare the companys process cost summary for the month.
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: Costs assigned to beginning work in process: direct materials, 90,000; conversion costs, 33,750. Manufacturing costs incurred during April: direct materials, 75,000; conversion costs, 220,000. Holmes uses the weighted average method. Required: 1. Compute the unit cost for April. 2. Determine the cost of ending work in process and the cost of goods transferred out.
K-Briggs Company uses the FIFO method to account for the costs of production. For Crushing, the first processing department, the following equivalent units schedule has been prepared: The cost per equivalent unit for the period was as follows: The cost of beginning work in process was direct materials, 40,000; conversion costs, 30,000. Required: 1. Determine the cost of ending work in process and the cost of goods transferred out. 2. Prepare a physical flow schedule.
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: Costs in beginning work in process for the Polishing Department were direct materials, 5,000; conversion costs, 6,000; and transferred in, 8,000. Costs added during the month: direct materials, 32,000; conversion costs, 50,000; and transferred in, 40,000. Required: 1. Assuming the use of the weighted average method, prepare a schedule of equivalent units. 2. Compute the unit cost for the month.
Narwhal Swimwear has a beginning work in process inventory of 13,500 units and transferred in 130,000 units before ending the month with 14,000 units that were 100% complete with regard to materials and 30% complete with regard to conversion costs. The cost per unit of material is $5.80 and the cost per unit for conversion is $8.20 per unit. Using the weighted-average method, what is the amount of material and conversion costs assigned to the department for the month?
The Converting Department of Tender Soft Tissue Company uses the weighted average method and had 1,900 units in work in process that were 60% complete at the beginning of the period. During the period, 15,800 units were completed and transferred to the Packing Department. There were 1,200 units in process that were 30% complete at the end of the period. a. Determine the number of whole units to be accounted for and to be assigned costs for the period. b. Determine the number of equivalent units of production for the period. Assume that direct materials are placed in process during production.