Princeton Fabrication, Inc., produced and sold 1,200 units of the company's only product in March. You have collected the following information from the accounting records: Sales price (per unit) Manufacturing costs: $127 Fixed overhead (for the month) 12,000 Direct labor (per unit) 9 Direct materials (per unit) 35 Variable overhead (per unit) 23 Marketing and administrative costs: Fixed costs (for the month) Variable costs (per unit) 19,200 4 Compute the following: 1. Variable manufacturing cost per unit. 2. Full cost per unit. 3. Variable cost per unit. 4. Full absorption cost per unit.

Pattison Products, Inc., began operations in October and manufactured 40,000 units during the month with the following unit costs: Fixed overhead per unit = 280,000/40,000 units produced = 7. Total fixed factory overhead is 280,000 per month. During October, 38,400 units were sold at a price of 24, and fixed marketing and administrative expenses were 130,500. Required: 1. Calculate the cost of each unit using absorption costing. 2. How many units remain in ending inventory? What is the cost of ending inventory using absorption costing? 3. Prepare an absorption-costing income statement for Pattison Products, Inc., for the month of October. 4. What if November production was 40,000 units, costs were stable, and sales were 41,000 units? What is the cost of ending inventory? What is operating income for November?

Orinder Company provided the following information for the last calendar year: During the year, direct materials purchases amounted to 275,800, direct labor cost was 153,000, and overhead cost was 267,300. There were 25,000 units produced. Unit manufacturing cost (rounded to the nearest cent) is a. 28.40 b. 27.98 c. 34.95 d. 27.55

Comacho Chemical Co. recorded costs for the month of 18,900 for materials, 44,100 for labor, and 26,250 for factory overhead. There was no beginning work in process, 8,000 units were finished, and 3,000 units were in process at the end of the period, two-thirds 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.)

During the week of May 10, Hyrum Manufacturing produced and shipped 16,000 units of its aluminum wheels: 4,000 units of Model A and 12,000 units of Model B. The cycle time for Model A is 1.09 hours and for Model B is 0.47 hour. The following costs and production hours were incurred: Required: 1. Assume that the value-stream costs and total units shipped apply only to one model (a single-product value stream). Calculate the unit cost, and comment on its accuracy. 2. Assume that Model A is responsible for 40% of the materials cost. Calculate the unit cost for Models A and B, and comment on its accuracy. Explain the rationale for using units shipped instead of units produced in the calculation. 3. Calculate the unit cost for the two models, using DBC. Explain when and why this cost is more accurate than the unit cost calculated in Requirement 2.

Baldwin Printing Company uses a job order cost system and applies overhead based on machine hours. A total of 150,000 machine hours have been budgeted for the year. During the year, an order for 1,000 units was completed and incurred the following: The accountant computed the inventory cost of this order to be 4.30 per unit. The annual budgeted overhead in dollars was: a. 577,500. b. 600,000. c. 645,000. d. 660,000.

Abbey Products Company is studying the results of applying factory overhead to production. The following data have been used: estimated factory overhead, 60,000; estimated materials costs, 50,000; estimated direct labor costs, 60,000; estimated direct labor hours, 10,000; estimated machine hours, 20,000; work in process at the beginning of the month, none. The actual factory overhead incurred for November was 80,000, and the production statistics on November 30 are as follows: Required: 1. Compute the predetermined rate, based on the following: a. Direct labor cost b. Direct labor hours c. Machine hours 2. Using each of the methods, compute the estimated total cost of each job at the end of the month. 3. Determine the under-or overapplied factory overhead, in total, at the end of the month under each of the methods. 4. Which method would you recommend? Why?

Kildeer Company makes easels for artists. During the last calendar year, a total of 30,000 easels were made, and 31,000 were sold for 52 each. The actual unit cost is as follows: The selling expenses consisted of a commission of 1.30 per unit sold and advertising copayments totaling 95,000. Administrative expenses, all fixed, equaled 183,000. There were no beginning and ending work-in-process inventories. Beginning finished goods inventory was 132,600 for 3,400 easels. Required: 1. Calculate the number and the dollar value of easels in ending finished goods inventory. 2. Prepare a cost of goods sold statement. 3. Prepare an absorption-costing income statement. Add a column for percentage of sales.

A company estimates its manufacturing overhead will be $840,000 for the next year. What is the predetermined overhead rate given each of the following Independent allocation bases? Budgeted direct labor hours: 90,615 Budgeted direct labor expense: $750000 Estimated machine hours: 150,000

During the week of August 21, Parley Manufacturing produced and shipped 4,000 units of its machine tools: 1,500 units of Tool SK1 and 2,500 units of Tool SK3. The cycle time for SK1 is 0.73 hour, and the cycle time for SK3 is 0.56 hour. The following costs were incurred: Required: 1. Assume that the value-stream costs and total units shipped apply only to one model (a single-product value stream). Calculate the unit cost, and comment on its accuracy. 2. Assume that Tool SK1 is responsible for 60% of the materials cost. Calculate the unit cost for Tool SK 1 and Tool SK3, and comment on its accuracy. Explain the rationale for using units shipped instead of units produced in the calculation. 3. Calculate the unit cost for the two models, using DBC. Explain when and why this cost is more accurate than the unit cost calculated in Requirement 2.