Condoleezza Co. manufactures two products, A and B, in two production departments, Assembly and Finishing. Condoleezza Co. expects to produce 10,000 units of Product A and 20,000 units of Product B in the coming year. Budgeted factory overhead costs for the coming year are: Assembly $310,000 Finishing 240,000 Total $550,000 The machine hours expected to be used in the coming year are as follows: Assembly Department Finishing Department Product A 15,100 9,000 Product B 4,900 11,000 Total 20,000 20,000 Round your answers to two decimal places, if necessary. a. Compute the plantwide factory overhead rate, assuming the single plantwide factory overhead rate method is used. $ per mh b. Compute the production department factory overhead rates, assuming the multiple production department factory overhead rate method is used. Assembly Dept. $ per mh Finishing Dept. $ per mh c. Compute the factory overhead allocated per unit for each product using: The single plantwide rate: Product A $ per unit Product B $ per unit Production department factory overhead rates: Product A $ per unit Product B $ per unit d. Which method is better (single or multiple)

Task a:

Single plant wide factory overhead rate = $13.75 per machine hour

Task b:

Assembly department = $15.50 per machine hour

Finishing department = $12.00 per machine hour

Task c:

Factory overhead allocated per unit:

Product A: $34.21

Product B: $10.40

Task d:

Multiple overhead absorption rate is better.

Explanation:

For Task a, plant - wide factory overhead rate is required, which is blanket overhead absorption rate.

Blanket overhead absorption rate

Formula

Single plant-wide factory overhead rate = Total budgeted factory overhead cost ÷ Total expected machine hours

Total budgeted factory overhead cost = $550,000

Total expected machine hours = 20,000 hours + 20,000 hours

Total expected machine hours = 40,000

Single plant-wide factory overhead rate = $550,000 ÷ 40,000 = $13.75 per machine hour

Compute the production department factory overhead rates, assuming the multiple production department factory overhead rate method is used. Assembly Dept. $ per mh Finishing Dept. $ per mh

Solution:

Assembly department:

Overheads for assembly department = $310,000

Machine hours for assembly department for product A and B = 15,100 hours + 4,900 hours = 20,000 hours

Overhead absorption rate for assembly department = $310,000 ÷  20,000 hours

Overhead absorption rate for assembly department = $15.50 per machine hour

Finishing department:

Overheads for finishing department = $240,000

Machine hours for finishing department for product A and product B = 9,000 hours + 11,000 hours = 20,000 hours

Overhead absorption rate for finishing department = $240,000 ÷  20,000 hours

Overhead absorption rate for finishing department = $12.00 per machine hour

Compute the factory overhead allocated per unit for each product using: The single plant- wide rate: Product A $ per unit Product B $ per unit Production department factory overhead rates: Product A $ per unit Product B $ per unit.

Solution:

Please see the attachment, as this is whole schedule for this task.

Factory overhead allocated per unit:

Product A: $34.21

Product B: $10.40

Which method is better (single or multiple)?

Single overhead absorption rate:

Plant or factory wide (single or blanket) rate is used for the whole factory and is assigned to all cost units irrespective of the departments  in which they were produced.

To use this method, there are certain conditions:

The above conditions restrict its usefulness and in the absence of above conditions. This does not produce satisfactory results.

Multiple/departmental overhead absorption rate:

In case of departmental overhead absorption rate, separate overhead absorption rates are used for different producing departments. Though use of departmental overhead absorption rate is considered better than using a single (factory wide) overhead absorption rate but it has certain pros and cons which are given below:

Advantages:

Disadvantages:

Therefore, multiple/departmental overheads is better to implement.

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explanation: