Hakara Company has been using direct labor costs as the basis for assigning overhead to its many products. Under this allocation system, product A has been assigned overhead of $28.26 per unit, while product B has been assigned $11.09 per unit. Management feels that an ABC system will provide a more accurate allocation of the overhead costs and has collected the following cost pool and cost driver information:
| Cost Pools | Activity Costs | Cost Drivers | Activity Driver Consumption | ||||
| Machine setup | $ | 128,000 | Setup hours | 2,000 | |||
| Materials handling | 84,000 | Pounds of materials | 14,000 | ||||
| Electric power | 33,000 | Kilowatt-hours | 33,000 | ||||
The following cost information pertains to the production of A and B, just two of Hakara's many products:
| A | B | |||||
| Number of units produced | 4,000 | 10,000 | ||||
| Direct materials cost | $ | 36,000 | $ | 25,000 | ||
| Direct labor cost | $ | 34,000 | $ | 36,000 | ||
| Number of setup hours | 100 | 200 | ||||
| Pounds of materials used | 1,000 | 1,000 | ||||
| Kilowatt-hours | 2,000 | 4,000 | ||||
Required:
1. Use activity-based costing to determine a unit cost for each product. (Round your final answers to 2 decimal places.)
| Working Notes: | |||||||
| Calculation of the Cost Driver Rate | |||||||
| Cost Driver Rate = Activity Cost / Cost Driver | |||||||
| Activity Cost / Cost Driver = | |||||||
| Activity | Cost Driver | Activity Cost | "/" | Cost Driver | " = " To | Cost Driver Rate | |
| Machine Setups | Setup Hours | $ 1,28,000 | "/" | 2,000 | " = " To | $ 64.00 | |
| Material Handling | Pounds of Material | $ 84,000 | "/" | 14,000 | " = " To | $ 6.00 | |
| Electric Power | Kilowatt - Hours | $ 33,000 | "/" | 33,000 | " = " To | $ 1.00 | |
| Total | $ 2,45,000 | ||||||
| Solution : 1 | |||||||
| Calculation of the Unit Cost of Product A | |||||||
| Activity | Activity Used | "X " By | Cost Driver rate | Cost | |||
| Direct Material Cost | $ 36,000 | ||||||
| Direct Labor Cost | $ 34,000 | ||||||
| Overhead Cost: | |||||||
| Setup Hours | 100 | "X " By | $ 64.00 | $ 6,400 | |||
| Pounds of Material | 1,000 | "X " By | $ 6.00 | $ 6,000 | |||
| Kilowatt - Hours | 2,000 | "X " By | $ 1.00 | $ 2,000 | |||
| Total Cost | $ 84,400 | ||||||
| Divide By | "/" By | ||||||
| No. of Units Prodcued | 4,000 | ||||||
| Per Unit Cost of Product A = | $ 21.10 | ||||||
| Answer = Cost Per Unit = $ 21.10 | |||||||
| Solution : 2 | |||||||
| Calculation of the Unit Cost of Product B | |||||||
| Activity | Activity Used | "X " By | Cost Driver rate | Cost | |||
| Direct Material Cost | $ 25,000.00 | ||||||
| Direct Labor Cost | $ 36,000.00 | ||||||
| Overhead Cost: | |||||||
| Setup Hours | 200 | "X " By | $ 64.00 | $ 12,800 | |||
| Pounds of Material | 1,000 | "X " By | $ 6.00 | $ 6,000 | |||
| Kilowatt - Hours | 4,000 | "X " By | $ 1.00 | $ 4,000 | |||
| Total Cost | $ 83,800 | ||||||
| Divide By | "/" By | ||||||
| No. of Units Prodcued | 10,000 | ||||||
| Per Unit Cost of Product A = | $ 8.38 | ||||||
| Answer = Cost Per Unit = $ 8.38 | |||||||
|
Know the answer?
Add Answer to:
|