Question

In: Accounting

The following scenario will be used for the next four questions. Operating data for the Abraham...

The following scenario will be used for the next four questions. Operating data for the Abraham Company for fiscal 2017 are presented below. Abraham has one building, and the space in the building is divided about equally between manufacturing and retailing. Approximately 20% of the labor costs incurred in manufacturing are for supervisory labor, and the remaining 80% of the salaries are paid to employees directly engaged in manufacturing jobs for clients.

Purchases of raw material in 2017 $220,000

Manufacturing labor cost incurred $500,000

Salaries of sales force $112,000

Operating expenses for the building $90,000

Vacation pay and employee benefits for factory workers $74,000

Retail selling and administrative expenses $282,000

Depreciation expense for delivery trucks $25,000

Safety training for production workers $16,000

Depreciation of factory equipment $110,000

Raw materials inventory, 12/31/16 $42,000

Raw materials inventory, 12/31/17 $36,000

Work in progress inventory, 12/31/16 $18,000

Work in progress inventory, 12/31/17 $20,000

Finished goods inventory, 12/31/16 $44,000

Finished goods inventory, 12/31/17 $50,000

Applied manufacturing overhead in 2017 $300,000

Sales revenue $1,600,000

1.Based on the data provided above for the Abraham Company, prepare a schedule listing the items to be included in the computation of the actual cost of manufacturing overhead incurred by Abraham in 2017. You will receive partial credit for each overhead cost that is correctly listed and credit will be deducted for each item incorrectly listed.

2.Based on the data provided above for the Abraham Company, compute the amount of raw materials issued to production in 2017. Show your work and/or explain your answer in order to receive full credit.

3.This question is based on the data provided above for the Abraham Company. Overhead is applied using direct labor hours. The budget overhead for 2017 was $320,000 and the budget for direct labor hours for 2017 was 16,000 hours. How many direct labor hours were worked during 2017?

4.Setting aside your answer to the question on Abraham's manufacturing overhead, assume that the actual cost of overhead is $280,000, the applied manufacturing overhead in 2017 is $300,000 (as originally stated in the problem), and the cost of goods sold before considering the amount of overapplied or underapplied overhead is $900,000. Compute the cost of goods sold for 2017 after adjusting for the overapplied/underapplied overhead (do not prorate). Show your work and/or explain your answer in order to receive full credit.

Solutions

Expert Solution

1.

Actual manufacturing overhead incurred:
Manufacturing labor cost ($500,000*20%) $100,000
Operating expense for building 90,000
Vacation pay and employee benefits for factory workers 74,000
Safety training for production workers 16,000
Depreciation of factory equipment 110,000
Total $390,000

2.

Raw material issued to production
Raw material inventory, 12/31/16 $42,000
Add: Purchases of raw material 220,000
Raw material available 262,000
Less: Raw material inventory, 12/31/17 36,000
Total $226,000

3.

Applied overhead rate = Budgeted overhead / Budgeted direct labor hours

Applied overhead rate = $320,000 / 16,000 = $20 per direct labor hour

Direct labor hours worked during 2017 = Applied manufacturing overhead / Direct labor hour rate

Direct labor hours worked during 2017 = $300,000 / $20 = 15,000 hours

4.

Over/under applied manufacturing overhead = Actual manufacturing overhead - Applied manufacturing overhead

Over applied manufacturing overhead = $280,000 - 300,000 = $20,000

Cost of goods sold (Adjusted) = Cost of goods sold (Unadjusted) - Over applied manufacturing overhead

Cost of goods sold (Adjusted) = $900,000 - 20,000 = $880,000


Related Solutions

The following information is to be used for the next two questions. Molar absorptivity data for...
The following information is to be used for the next two questions. Molar absorptivity data for the cobalt and nickel complexes with 2,3-quinoxalinedithiol are εCo = 36400 and εNi = 5520 at 510 nm and εCo = 1240 and ε Ni = 17500 at 656 nm. A 0.445-g sample was dissolved and diluted to 250.0 mL. A 25.0-mL aliquot was treated to eliminate interferences; after addition of 2,3-quinoxalinedithiol, the volume was adjusted to 50.0 mL. This solution had an absorbance...
The following information is to be used for the next two questions. Molar absorptivity data for...
The following information is to be used for the next two questions. Molar absorptivity data for the cobalt and nickel complexes with 2,3-quinoxalinedithiol are εCo = 36400 and εNi = 5520 at 510 nm and εCo = 1240 and ε Ni = 17500 at 656 nm. A 0.583-g sample was dissolved and diluted to 200.0 mL. A 25.0-mL aliquot was treated to eliminate interferences; after addition of 2,3-quinoxalinedithiol, the volume was adjusted to 50.0 mL. This solution had an absorbance...
The following information is to be used for the next two questions. Molar absorptivity data for...
The following information is to be used for the next two questions. Molar absorptivity data for the cobalt and nickel complexes with 2,3-quinoxalinedithiol are εCo = 36400 and εNi = 5520 at 510 nm and εCo = 1240 and ε Ni = 17500 at 656 nm. A 0.556-g sample was dissolved and diluted to 150.0 mL. A 25.0-mL aliquot was treated to eliminate interferences; after addition of 2,3-quinoxalinedithiol, the volume was adjusted to 50.0 mL. This solution had an absorbance...
The following information is to be used for the next two questions. Molar absorptivity data for...
The following information is to be used for the next two questions. Molar absorptivity data for the cobalt and nickel complexes with 2,3-quinoxalinedithiol are εCo = 36400 and εNi = 5520 at 510 nm and εCo = 1240 and ε Ni = 17500 at 656 nm. A 0.514-g sample was dissolved and diluted to 150.0 mL. A 25.0-mL aliquot was treated to eliminate interferences; after addition of 2,3-quinoxalinedithiol, the volume was adjusted to 50.0 mL. This solution had an absorbance...
Example 38: The following data should be used for the next few questions: Raw materials inventory,...
Example 38: The following data should be used for the next few questions: Raw materials inventory, January 1 $ 12,000 Raw materials inventory, December 31 16,000 Work in process, January 1 5,000 Work in process, December 31 8,000 Finished goods, January 1 17,000 Finished goods, December 31 12,000 Raw materials purchases 118,000 Direct labor 165,000 Factory utilities 64,000 Indirect labor 12,000 Factory depreciation 18,000 Selling and administrative expenses 220,000 How much is the cost of the direct materials used? a....
(The following data apply to the next three questions.) Assume the following cost and revenue data...
(The following data apply to the next three questions.) Assume the following cost and revenue data for General Hospital: Fixed costs = $15,000,000. Variable cost per inpatient day = $250. Revenue per inpatient day = $1,000. 1. What is the expected profit at a volume of 25,000 inpatient days? a. -$3,750,000 b. $ 0 c. $1,750,000 d. $2,750,000 e. $3,750,000 2. What revenue per inpatient day is required to obtain a profit of $1,000,000 at a volume of 25,000 patient...
Use the data in the following table for the next seven questions. Note that "%∆" is...
Use the data in the following table for the next seven questions. Note that "%∆" is shorthand for "percentage change." If the answer is a percentage, please just enter the number. Thus, say an answer of yours is 3.5%, then below you would enter "3.5" (without the quotes) in the box below. Be careful not to include the percent symbol. Also, please use just one decimal place. year real GDP (trillions) nominal GDP (trillions) CPI %∆CPI from the previous year...
Use the following scenario to answer the next eight questions: Rosa and Dirk produce basketballs and...
Use the following scenario to answer the next eight questions: Rosa and Dirk produce basketballs and footballs. Rosa can produce six basketballs per hour or two footballs per hour. Dirk can produce three basketballs per hour or four footballs per hour. Based on the scenario, which of the following is true? 1. Rosa has both an absolute and a comparative advantage in basketball production. 2. Rosa has neither an absolute nor a comparative advantage in football production. 3. Dirk has...
For the next four questions, assume the following information about a population. The variance (?2) =...
For the next four questions, assume the following information about a population. The variance (?2) = 9 and the mean (?) = 30. Based on calculation of the z scores and use of the Standard Normal Curve: What proportion of the scores can be expected to be above 33? What proportion of the scores can be expected to be between 33 and 36? What proportion of the scores can be expected to be between 26 and 35? What are the...
The next four questions refer to the following information: Two methods, A and B, are available...
The next four questions refer to the following information: Two methods, A and B, are available for teaching a certain industrial skill. There is a 95% chance of successfully learning the skill if method A is used, and an 80% chance of success if method B is used. However, method A is substantially more expensive and is therefore used only 25% of the time (method B is used the other 75% of the time). The following notations are suggested: A—method...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT