Assume the following information:
Work-in process, beginning 100 units, 25% complete
Units completed and transferred out 600 units
Work-in-process, ending 200 units, 40% complete
a. Compute the equivalent units of production using the weighted-average
method.
b. Compute the equivalent units of production using the FIFO method.
a) equivalent unit using weighted average
Unit completed and transferred out | 600 |
Ending work in process (200*40%) | 80 |
Equivalent unit of production | 680 |
b) equivalent unit using FIFO
Beginning work in process (100*75%) | 75 |
Unit completed and transferred out (600-100) | 500 |
Ending work in process (200*40%) | 80 |
Equivalent unit of production | 655 |
Assume the following information: Work-in process, beginning 100 units, 25% complete Units completed and transferred out...
4. Assume the following information: Work-in process, beginning 100 units, 25% complete Units completed and transferred out 600 units Work-in-process, ending 200 units, 40% complete A. Compute the equivalent units of production using the weighted-average method. B. Compute the equivalent units of production using the FIFO method.
Assume the following information: Percent Complete Milling Department Units Materials Conversion Beginning work in process inventory 200 40 % 30 % Units started into production during March 6,200 Units completed during the period and transferred to the next department 5,800 100 % 100 % Ending work in process inventory 600 70 % 60 % Milling Department Materials Conversion Cost of beginning work in process inventory $ 10,000 $ 15,000 Costs added during the period 299,000 385,000 Total cost $ 309,000...
Assume the following information: Percent Complete Materials Conversion 45% 30% Milling Department Beginning work in process inventory Units started into production during March Units completed during March and transferred to the next department Ending work in process inventory Units 300 6,100 5,800 600 100% 6ex 100% 50x Using the weighted average method, what is the equivalent units of production for conversion? Multiple Choice 6,400 units 6,025 units 6100 units 6.160 units Assume the following information Units 300 6,000 Percent Complete...
Assume the following information: Percent Complete Milling Department Units Materials Conversion Beginning work in process inventory 200 40 % 30 % Units started into production during March 6,200 Units completed during the period and transferred to the next department 5,800 100 % 100 % Ending work in process inventory 600 70 % 60 % Milling Department Materials Conversion Cost of beginning work in process inventory $ 10,000 $ 15,000 Costs added during the period 292,000 385,000 Total cost $ 302,000...
Assume the following information Milline Deporte Cost of beginning work in process mentary Costs added during the period Total cost Materials Conversion Total $10,000 $ 15,000 $25,000 . 676,00 $191,00 5400,000 $701,600 Assume the equivalent units of production forms and conversion are 5.200 and 5.000, respectively, the weighted average method 400 units were completed and transferred to the next department, then what is the total cost of the ending work in process inventory in the Ming Departe о O 536200...
Required information [The following information applies to the questions displayed below) Blending Process Beginning work in process Goods started Goods completed Ending work in process Units of Product 174,000 370,000 400,000 144,000 Percent of Conversion sex 100 100 25 Compute the total equivalent units of production for conversion using the weighted average method Equivalent units of production (EUP) with respect to conversion - weighted average method Units % Conversion EUP Units completed and transferred out 100% Ending work in process...
Satina Corporation's Department A has the following information: % Completed Costs Beginning Work in Process: 6,000 Units Direct Materials 100 $43,708 Conversion 40 $35,550 New Units Started: 28,000 units Direct Materials $112,000 Conversion $88,200 Ending Work in Process: 2,000 units Direct Materials 100 Conversion 50 Required: Complete the table below using the weighted-average and FIFO methods Weighted-Average Equivalent Units FIFO Equivalent Units Physical Units Materials Conversion Materials Conversion Beginning WIP Units Started To account for Units Finished Ending WIP Total...
Assume the following information: Percent Complete Milling DepartmentUnits Materials Conversion Beginning work in process inventory 200 40% 30% Units started into production during March 6,200 Units completed during the period and transferred to the next department 5,800 100% 100% Ending work in process inventory 600 45% 50% Milling DepartmentMaterials Conversion Cost of beginning work in process inventory$10,000 $15,000 Costs added during the period 290,000 385,000 Total cost$300,000 $400,000 Using the FIFO method, the total cost of the units completed and transferred out that would be reported on the cost...
Assume the following information: Percent Complete Milling DepartmentUnits Materials Conversion Beginning work in process inventory 200 40% 30% Units started into production during March 6,200 Units completed during the period and transferred to the next department 5,800 100% 100% Ending work in process inventory 600 70% 60% Milling DepartmentMaterials Conversion Cost of beginning work in process inventory$10,000 $15,000 Costs added during the period 304,000 385,000 Total cost$314,000 $400,000 Using the FIFO method, the total cost of the ending work in process inventory with respect to materials is closest to:
Assume the following information: Percent Complete Milling DepartmentUnits Materials Conversion Beginning work in process inventory 200 40% 30% Units started into production during March 6,200 Units completed during the period and transferred to the next department 5,800 100% 100% Ending work in process inventory 600 70% 60% Milling DepartmentMaterials Conversion Cost of beginning work in process inventory$10,000 $15,000 Costs added during the period 304,000 385,000 Total cost$314,000 $400,000 Using the FIFO method, the total cost of the ending work in process inventory with respect to materials is closest to: