Problem 17-1A (Algo) Comparing plantwide rate method and activity-based costing LO P1, P3 Craftmore Machining reports the following budgeted overhead cost and related data for this year. Budgeted Cost Activity Assembly Activity Cost Driver $ 497,250 Direct labor hours (DLH) 76,500 Engineering hours (EH) 25,500 Machine hours (MH) Product design Budgeted Activity Usage 13,000 1,500 10,200 510 Electricity 63,750 Setups $ 663,000 Setup Total Required: 1. Compute a single plantwide overhead rate assuming the company allocates overhead cost based on 13,000 direct labor hours. 2. Job 31 used 320 direct labor hours and Job 42 used 600 direct labor hours. Allocate overhead cost to each job using the single plantwide overhead rate from part 1. 3. Compute an activity rate for each activity using activity-based costing. 4. Allocate overhead costs to Job 31 and Job 42 using activity-based costing. Activity Cost Driver Direct labor hours (DLH) Engineering hours (EH) Machine hours (MH) Setups Activity Usage Job 31 320 37 40 5 Job 42 600 43 70 7

Problem 17-1A (Algo) Comparing plantwide rate method and activity-based costing LO P1, P3 Craftmore Machining reports the following budgeted overhead cost and related data for this year. Budgeted Cost Activity Assembly Activity Cost Driver $ 497,250 Direct labor hours (DLH) 76,500 Engineering hours (EH) 25,500 Machine hours (MH) Product design Budgeted Activity Usage 13,000 1,500 10,200 510 Electricity 63,750 Setups $ 663,000 Setup Total Required: 1. Compute a single plantwide overhead rate assuming the company allocates overhead cost based on 13,000 direct labor hours. 2. Job 31 used 320 direct labor hours and Job 42 used 600 direct labor hours. Allocate overhead cost to each job using the single plantwide overhead rate from part 1. 3. Compute an activity rate for each activity using activity-based costing. 4. Allocate overhead costs to Job 31 and Job 42 using activity-based costing. Activity Cost Driver Direct labor hours (DLH) Engineering hours (EH) Machine hours (MH) Setups Activity Usage Job 31 320 37 40 5 Job 42 600 43 70 7

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Managerial Accounting

15th Edition

ISBN:9781337912020

Author:Carl Warren, Ph.d. Cma William B. Tayler

Publisher:Carl Warren, Ph.d. Cma William B. Tayler

Chapter4: Activity-based Costing

Section: Chapter Questions

Problem 3BE: Activity-based costing: factory overhead costs The total factory overhead for Bardot Marine Company...

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Activity-based costing: factory overhead costs The total factory overhead for Bardot Marine Company is budgeted for the year at 600,000, divided into four activities: fabrication, 204,000; assembly, 105,000; setup, 156,000; and inspection, 135,000. Bardot Marine manufactures two types of boats: speedboats and bass boats. The activity-base usage quantities for each product by each activity are as follows: Each product is budgeted for 250 units of production for the year. Determine (A) the activity rates for each activity and (B) the activity-based factory overhead per unit for each product.
Budget performance report for a cost center Sneed Industries Company sells vehicle parts to manufacturers of heavy construction equipment. The Crane Division is organized as a cost center. The budget for the Crane Division for the month ended August 31, 20Y6, is as follows (in thousands): During August, the costs incurred in the Crane Division were as follows: Instructions For which costs might the director be expected to request supplemental reports?
Exercise 17-11 (Algo) Computing product cost per unit using plantwide method and activity-based costing LO P1, P3 Consider the following data for two products of Vigano Manufacturing. Budgeted Cost Activity Machine setup Parts handling Quality inspections Total budgeted overhead Unit Information Units produced Direct materials cost Direct labor cost Direct labor hours Actual Activity Usage Setups Parts Inspections 1. Using a plantwide overhead rate based on 4,500 direct labor hours, compute the total product cost per unit for each product. 2. Consider the following additional information about these two products. If activity-based costing is used to allocate overhead cost, (a) compute overhead activity rates, (b) allocate overhead cost to Product A and Product B and compute overhead cost per unit for each, and (c) compute product cost per unit for each. Required 1 Required 2 Activity Driver $ 18,000 (20 machine setups) 14,400 (16,000 parts) 21,600 (100 inspections) $ 54,000 Product A…
Exercise 17-15 (Algo) Computing activity rates, overhead allocation, and cost per unit LO P3 Lucern Company reports the following for its overhead cost for the year. Activity Budgeted Cost Budgeted Activity Usage Engineering support $ 34,300 70 design changes Electricity 35,400 3,540 machine hours Setup 58,800 490 setups 1. Compute the activity rate for each activity using activity-based costing.2. The company’s Pro model used these activities to produce 1,200 units during the year: 2 design changes, 130 machine hours, and 10 setups. Allocate overhead cost to the Pro model and compute its overhead cost per unit using activity-based costing.
Exercise 17-11 (Algo) Computing product cost per unit using plantwide method and activity-based costing LO P1, P3 Consider the following data for two products of Vigano Manufacturing. Budgeted Cost Activity Machine setup Parts handling Quality inspections Total budgeted overhead Unit Information Units produced Direct materials cost Direct labor cost Direct labor hours Actual Activity Usage Setups Parts Inspections 1. Using a plantwide overhead rate based on 4,250 direct labor hours, compute the total product cost per unit for each product. 2. Consider the following additional information about these two products. If activity-based costing is used to allocate overhead cost, (a) compute overhead activity rates, (b) allocate overhead cost to Product A and Product B and compute overhead cost per unit for each, and (c) compute product cost per unit for each. Required 1 Required 2 Activity Driver $ 17,000 (20 machine setups). 13,600 (16,000 parts) 20,400 (100 inspections) $ 51,000 Product A…
Exercise 17-9 (Algo) Allocating overhead using plantwide rate and departmental rates LO P1, P2 Laval produces lighting fixtures. Budgeted information for its two production departments follows. The departments use machine hours (MH) and direct labor hours (DLH). Fabricating Assembly Overhead cost $ 1,000,000 $ 384,000 Direct labor hours 125,000 DLH 48,000 DLH Machine hours 100,000 MH 82,500 MH Laval reports the following for one of its products, a desk lamp. Number of Units Fabricating Department Assembly Department Direct Labor Hours per Unit Machine Hours per Unit Direct Labor Hours per Unit Machine Hours per Unit Desk lamp 5,000 4 DLH per unit 2 MH per unit 1 DLH per unit 0.4 MH per unit Required:1. Determine the plantwide overhead rate using 173,000 direct labor hours as the allocation base.2. Determine the overhead cost per unit for the desk lamp using the plantwide overhead rate.3. Compute departmental overhead rates based on machine hours in the…
es D ♪ Mc Graw Classes N Netflix Activity Assembly Product design Electricity Setup Total Craftmore Machining reports the following budgeted overhead cost and related data for this year. Budgeted Cost $ 477,750 73,500 24,500 61,250 $ 637,000 Activity Cost Driver Direct labor hours (DLH) Engineering hours (EH) Machine hours (MH) Setups Required 1 25 Required 2 Dashboard Activity Cost Driver Direct labor hours (DLH) Engineering hours (EH) Machine hours (MH) Setups Required: 1. Compute a single plantwide overhead rate assuming the company allocates overhead cost based on 13,000 direct labor hours. 2. Job 31 used 320 direct labor hours and Job 42 used 560 direct labor hours. Allocate overhead cost to each job using the single plantwide overhead rate from part 1. 3. Compute an activity rate for each activity using activity-based costing. 4. Allocate overhead costs to Job 31 and Job 42 using activity-based costing. 80 Job 31 Activity Usage Required 3 320 35 60 5 Complete this question by…
Q- 10: Zesta Company is using standard costing system to apply overhead to products based on the standard direct labor-hours allowed for the actual output of the period. Data concerning the most recent year appear below: Budgeted standard direct labor-hours (denominator level of activity) Actual direct labor-hours 25,000 25,500 Standard direct labor-hours allowed for the actual output 24,000 Total budgeted fixed overhead cost for the year $200,000 Actual fixed overhead cost for the year $197,000 Required: a) Compute the fixed portion of the predetermined overhead rate for the year. b) Compute the fixed overhead budget and volume variances.
Q-5: Engro Foods premium food processors. The following are some manufacturing overhead data for Engro for the year ended December 3, 2019: Manufacturing Actual Flexible Allocated Estimated Overhead Results Rs. 51,480 350,210 Budget Rs. 79,950 343,980 Amount Rs. 79,050 Amount Rs. 79,050 390,680 Variable Fixed Budgeted number of output units: 588 Estimated number of output units: 600 Planned al location rate: 3 machine-hours per unit Actual number of machine-hours used: 1170 380,250 Allocated number of machine-hours: 1150 Static-budget variable manufacturing overhead costs: Rs. 72,324 Estimated Budget variable manufacturing overhead costs: Rs. 70,000 Compute the following quantities (you should be able to do so in the prescribed order): 1. Budgeted number of machine-hours planned. 2. Budgeted fixed manufacturing overhead costs per machine-hour. 3. Budgeted variable manufacturing overhead costs per machine-hour. 4. Budgeted number of machine-hours allowed for actual output produced. 5.…
Exercise 11-30 (Algo) Cost Allocation: Step Method (LO 11-3) Caro Manufacturing has two production departments, Machining and Assembly, and two service departments, Maintenance and Cafeteria. Direct costs for each department and the proportion of service costs used by the various departments for the month of August follow: Proportion of Services Used by Department Direct Costs Maintenance Cafeteria Machining Assembly Machining $ 115,000 Assembly 70,000 Maintenance 55,000 — 0.2 0.5 0.3 Cafeteria 35,000 0.6 — 0.2 0.2 Required: Use the step method to allocate the service costs, using the following: a. The order of allocation starts with Maintenance. b. The allocations are made in the reverse order (starting with Cafeteria).
Travelcraft Company manufactures a complete line of fiberglass suitcases and attaché cases. The firm has three manufacturing departments: Molding, Component, and Assembly. There are also two service departments: Power and Maintenance. The sides of the cases are manufactured in the Molding Department. The frames, hinges, and locks are manufactured in the Component Department. The cases are completed in the Assembly Department. Varying amounts of materials, time, and effort are required for each of the cases. The Power Department and Maintenance Department provide services to the three manufacturing departments. Travelcraft has always used a plantwide overhead rate. Direct-labor hours are used to assign overhead to products. The predetermined overhead rate is calculated by dividing the company's total estimated overhead by the total estimated direct-labor hours to be worked in the three manufacturing departments. Karen Mason, director of cost management, has recommended that Travelcraft…
Allocating Service Department Costs: Allocation Basis Alternatives Weld-Rite Fabricators has two producing departments, P1 and P2, and one service department, S1. Estimated directed overhead costs per month are as follows: P1 $450,000 P2 750,000 $1 273,000 Other data follow: Numbers of employees Production capacity (units) Space occupied (square feet) Five-year average of $1's service output used P1 P2 150 50 100,000 60,000 5,000 15,000 65% 35% For each of the following allocation bases, determine the total estimated overhead cost for P1 and P2 after allocating 51 cost to the producing departments. 1. Based on number of employees $ P1 P2 $ 2. Production capacity in units 3. Space occupied 4. Five-year average of $1 service used 627,450✔ 845,550✔ 5. Estimated direct overhead costs