54. What is the difference between job order costing and process costing?
Answer: B
Product costs are traced to the product in job order costing.
In job order costing, costs are specifically traced to individual products or batches, allowing for precise costing that reflects the unique expenses associated with each job.
A) Finished goods inventory consists of completed units at per-unit cost in job order costing.
This statement is incorrect because, while finished goods inventory does consist of completed units in job order costing, it does not define the core difference between job order costing and process costing. Both costing methods include finished goods, but the way costs are assigned and tracked differs significantly.
B) Product costs are traced to the product in job order costing.
This statement accurately describes a fundamental characteristic of job order costing. In this method, costs such as materials, labor, and overhead are assigned to specific jobs, making it distinct from process costing, where costs are averaged over a continuous production process.
C) Product costs are assigned to departments or processes in job order costing.
This statement is incorrect as it conflates job order costing with process costing. In job order costing, costs are assigned to specific jobs rather than departments or processes, which is the method used in process costing.
D) Finished goods inventory includes unsold completed products in process costing.
While this statement is true, it does not highlight the difference between job order costing and process costing. It merely describes a characteristic of process costing without addressing the unique aspects of job order costing.
Conclusion
The correct answer, which states that product costs are traced to the product in job order costing, highlights the individualized approach of this method. Other options either misrepresent the characteristics of job order costing or focus on aspects of process costing, failing to clarify the primary distinction between the two costing methods.