Reference no: EM131161137
Managerial Accounting Assignment
Complete: Case Auerbach Enterprises
In this case, you are provided the overhead cost data for the Auerbach Enterprises. Management needs advice in determining how to allocate these costs utilizing a job order costing system either department-wide or company-wide. Address Questions 1 through 5 located at the end of the case. Based on the case questions, you are required to provide a three to five double-spaced written report addressing management's concerns and providing recommendations. The written report should be properly formatted according to APA guidelines and demonstrate research and critical thinking skills. Conclusions and recommendations should be supported by at least two scholarly sources from the Ashford Library or other external sources, excluding the textbook.
For Questions 1 through 4, you will need to complete several calculations. Be sure to label and clearly identify your work to demonstrate your understanding of the concept even if you arrive at the incorrect answer. The calculations should be included as part of your analysis and written recommendations required for submission.
For Question 5, fully address management's concerns as part of your written analysis and recommendation using the new or the previous calculations to support your recommendation/explanation. The written analysis should be supported by at least two scholarly sources, excluding the textbook.
Written Assignment should:
• Demonstrate graduate level work including appropriate research and critical thinking skills.
• Be presented as a written analysis (not a question/answer format).
• Incorporate case questions into the overall analysis.
• Follow APA formatting guidelines including title page, reference page and in-text citations.
• Consists of three to five double-spaced pages of content.
CASE- AUERBACH ENTERPRISES
Auerbach Enterprises manufactures air conditioners for automobiles and trucks manufactured throughout North America. The company designs its products with flexibility to accommodate many makes and models of automobiles and trucks. The company's two main products are MaxiFlow and Alaska. MaxiFlow uses a few complex fabricated parts, but these have been found easy to assemble and test. On the other hand, Alaska uses many standard parts but has a complex assembly and testing process. MaxiFlow requires direct materials costs which total $135 per unit, while Alaska's direct materials requirements total $110 per unit. Direct labor costs per unit are $75 for MaxiFlow and $95 for Alaska.
Auerbach Enterprises uses machine hours as the cost driver to assign overhead costs to the air conditioners. The company has used a company-wide predetermined overhead rate in past years, but the new controller, Bennie Leon, is considering the use of departmental overhead rates beginning with the next year.
The following planning information is available for the next year for each the four manufacturing departments within the company:
|
Overhead Costs
|
Machine Hours
|
Radiator parts fabrication
|
$80,000
|
10,000
|
Radiator assembly, weld, and test
|
100,000
|
20,000
|
Compressor parts fabrication
|
120,000
|
5,000
|
Compressor assembly and test
|
180,000
|
45,000
|
Total
|
$480,000
|
80,000
|
Normally, the air conditioners are produced in batch sizes of 20 at a time. A production batch of 20 units requires the following number of hours in each department:
|
MaxiFlow
|
Alaska
|
Radiator parts fabrication
|
28
|
16
|
Radiator assembly, weld, and test
|
30
|
74
|
Compressor parts fabrication
|
32
|
8
|
Compressor assembly and test
|
26
|
66
|
Total
|
116
|
164
|
Required:
1. Compute the departmental overhead rates using machine hours as the cost driver.
2. Compute a company-wide overhead rate using machine hours as the cost driver.
3. Compute the overhead costs per batch of MaxiFlow and Alaska assuming:
(a) The company-wide rate.
(b) The departmental rates.
4. Compute the total costs per unit of MaxiFlow and Alaska assuming:
(a) The company-wide rate.
(b) The departmental rates.
5. Is one product affected more than the other by use of departmental rates rather than a company-wide rate? Why or why not?
Difference between instrumental variable and proxy variable
: What is the difference between an instrumental variable and a proxy variable (as described in Section 7.4)? When would you use one and when would you use the other?
|
How replications relate to the concepts of generalization
: Explain the four different types of replications and the purpose of each. Include for each type of replication a brief original psychological study example (i.e., make up your own) that is different for each type of replication (i.e., do not build..
|
Derive the reduced form equations for c and y
: where C is aggregate consumption, I is aggregate investment, Y is aggregate income, and u is a disturbance term. On the assumption that I is exogenous, derive the reduced form equations for C and Y.
|
Investigate the direction of bias in the slope coefficient
: described in Exercise 10.1, demonstrate that OLS would yield inconsistent results if used to fit the consumption function, and investigate the direction of the bias in the slope coefficient.
|
Compute a company-wide overhead rate using machine hours
: Compute the departmental overhead rates using machine hours as the cost driver. Compute a company-wide overhead rate using machine hours as the cost driver.
|
Briefly summarize the journal article you found
: How do the sources differ with respect to the type of information provided? In other words, what information can be gained from a literature review (textbook) versus a case study/research report (journal article)? On what points do the two sources..
|
How would this affect the fitting of the model
: Suppose that A(-1) in Exercise 10.5 also has an influence on S. How would this affect the fitting of the model?Exercise 10.5
|
Obtain a consistent estimator of ß2 and prove it consistent
: Explain how this information could be used to obtain a consistent estimator of β2, and prove that it is consistent.
|
Demonstrate that maximum likelihood estimator of p is m/n
: Demonstrate that the maximum likelihood estimator of p is m/n.
|