X Company uses an activity-based costing overhead allocation
system. It has identified three activities and three cost drivers.
The activities and budgeted costs are as follows:
Activity | Budgeted Cost | |
Setup | $112,000 | |
Purchasing | $58,000 | |
Machine Maintenance | $55,000 |
The following cost driver information is available for the
company's only two products, A and B:
Cost Driver | Product A | Product B |
setup hours | 32,100 | 76,600 |
purchase orders | 51,000 | 40,100 |
machine hours | 69,900 | 50,600 |
How much overhead was allocated to Product A? (round overhead rates
to two decimal places)?
X Company uses an activity-based costing overhead allocation system. It has identified three activities and three...
X Company uses an activity-based costing overhead allocation system. It has identified three activities and three cost drivers. The activities and budgeted costs are as follows Activity Budgeted Cost Setup $106,000 Purchasing Machine Maintenance $55,000 $58,000 The following cost driver information is available for the company's only two products, A a nd B Cost Driver Product A Product B 31,600 74,400 setup hours purchase orders 53,200 37,400 machine hours 70,500 52,900 How much overhead was allocated to Product A? (round...
X Company uses an activity-based costing overhead allocation system. It has identified three activities - Setup, Purchasing Machine maintenance and their respective cost drivers - setup hours, purchase orders, machine hours. Budgeted activity costs in 2018 were as follows: Activity Setup Purchasing Machine maintenance Budgeted Cost $100,000 58,300 59,900 The following 2018 cost driver information is available for one of its products Product X, and for all of its products (including Product x): setup hours purchase orders machine hours Product...
X Company makes two products, A and B, and uses an activity-based costing overhead allocation system, with three cost pools and three cost drivers. Budgeted costs and driver information for 2017 were as follows: Cost Pool 1 Cost Pool 2 Cost Pool 3 Budgeted costs $113,000 $58,000 $26,000 Cost Drivers Product A 78,000 62,000 73,000 Product B 67,000 54,000 55,000 What was the allocation to Product B in 2017?
X Company makes two products, A and B, and uses an activity-based costing overhead allocation system, with three cost pools and three cost drivers. Budgeted costs and driver information for 2020 were as follows: Cost Pool 1 Cost Pool 2 Cost Pool 3 Budgeted costs $113,000 $51,000 $24,000 Cost Drivers Product A 82,600 57,600 72,600 Product B 75,300 48,900 52,500 What will the allocation to Product A be? [round overhead rate(s) to two decimal places].
X Company makes two products, A and B, and uses an activity-based costing overhead allocation system, with three cost pools and three cost drivers. Budgeted costs and driver information for 2020 were as follows: Cost Pool 1 Cost Pool 2 Cost Pool 3 Budgeted costs $110,000 $51,000 $33,000 Cost Drivers Product A 81,400 56,700 71,000 Product B 72,700 49,700 45,300 What will the allocation to Product A be? [round overhead rate(s) to two decimal places].
X Company makes two products, A and B, and uses an activity-based costing overhead allocation system, with three cost pools and three cost drivers. Budgeted costs and driver information for 2020 were as follows: Cost Pool 1 $102,000 Cost Pool 2 $58,000 Cost Pool 3 $23,000 - Budgeted costs Cost Drivers Product A Product B = = 81,600 68,400 56,300 47,900 75,200 45,000 What will the allocation to Product B be? [round overhead rate(s) to two decimal places].
X Company makes two products, A and B, and uses an activity-based costing overhead allocation system, with three cost pools and three cost drivers. Budgeted costs and driver information for 2020 were as follows: Cost Pool 1 $108,000 Cost Pool 2 $58,000 Cost Pool 3 $32,000 Budgeted costs Cost Drivers Product A Product B = === 82,600 75,300 63,900 46,800 69,700 51,400 What will the allocation to Product A be? [round overhead rate(s) to two decimal places].
X Company makes two products, A and B, and uses an activity-based costing overhead allocation system, with three cost pools and three cost drivers. Budgeted costs and driver information for 2020 were as follows: Cost Pool 1 $114,000 Cost Pool 2 $58,000 Cost Pool 3 $32,000 Budgeted costs Cost Drivers Product A Product B 84,700 74,000 64,800 52,100 75,300 46,500 What will the allocation to Product A be? [round overhead rate(s) to two decimal places].
X Company makes two products, A and B, and uses an activity-based costing overhead allocation system, with three cost pools and three cost drivers. Budgeted costs and driver information for 2020 were as follows: Cost Pool 1 Cost Pool 3 Cost Pool 2 $54,000 $109,000 $28,000 Budgeted costs Cost Drivers = = Product A 82,400 68,500 61,600 48,500 68,000 51,100 Product B What will the allocation to Product B be? [round overhead rate(s) to two decimal places].
X Company makes two products, A and B, and uses an activity-based costing overhead allocation system, with three cost pools and three cost drivers. Budgeted costs and driver information for 2020 were as follows: Cost Pool 1 Cost Pool 2 Cost Pool 3 Budgeted costs $109,000 $54,000 $29,000 Cost Drivers Product A 83,200 57,000 69,700 Product B 77,000 50,200 50,400 What will the allocation to Product B be? [round overhead rate(s) to two decimal places].