Questions
Fixed Price Incentive Fee Calculation. In this fixed price incentive fee contract, the target cost is estimated at $150,000 and the target fee is $30,000.


Fixed Price Incentive Fee Calculation. In this fixed price incentive fee contract, the target cost is estimated at $150,000 and the target fee is $30,000. The project is over, and the buyer has that the costs were, in fact, $210,000. Because the seller's cost came in higher than the estimated costs, the seller shares in the added cost: 60% to the buyer and 40% to the seller. The ceiling price is $200,000. Calculate the point of total assumption.

$183,333

In: Finance

Why would a firm decide to produce a positive quantity of a output even though it...

Why would a firm decide to produce a positive quantity of a output even though it makes negative profits by doing​ so?

A.

Because the price is high enough to cover the average fixed cost.

B.

Because the price is high enough to cover the average total cost.

C.

Because the price is high enough to cover the average variable cost.

D.

A firm would never produce when profit is negative.

In: Economics

Farmer Brown planted com and wheat on his 1120 acres of land. The cost of planting and harvesting corn (which includes seed, planting, fertilizer, machinery, labor and other costs) is $270 per acre


Farmer Brown planted com and wheat on his 1120 acres of land. The cost of planting and harvesting corn (which includes seed, planting, fertilizer, machinery, labor and other costs) is $270 per acre. The cost of planting and harvesting what is $140 por acre. If Farmer Brown's total cost was $237,400, how many acres of com did he plant? 


Farmer Brown planted _______ acres of com

In: Math

A firm produces Planes and Boats using the same machines and workers. The multi product total...

A firm produces Planes and Boats using the same machines and workers. The multi product total cost of producing Planes units H and Boats units S is given by

TC = xH + yS - zHS

where x, y, and z are positive.

  1. What is the marginal cost of Planes? Boats?
  2. Does this multi-product cost equation exhibit economies or diseconomies of scale? How about economies or diseconomies of scope?

In: Economics

Assume that XYZ Corporation is a leveraged company with the following information: Kl = cost of...

Assume that XYZ Corporation is a leveraged company with the following information: Kl = cost of equity capital for XYZ = 13 percent i = before-tax borrowing cost = 8 percent t = marginal corporate income tax rate = 30 percent Calculate the debt-to-total-market-value ratio that would result in XYZ having a weighted average cost of capital of 9.3 percent and 13 percent respectively

In: Finance

Juanita makes $56 an hour at work. She has to take time off work to purchase her suit

StoreTravel Time Each Way (Minutes)Price of a Suit (Dollars per suit)
Local Department Store15100
Across Town3086
Neighboring City6063
Juanita makes $56 an hour at work. She has to take time off work to purchase her suit, so each hour away from work costs her $56 in lost income Assume that returning to work takes Juanita the same amount of time as getting to a store and that it takes her 30 minutes to shop. As you answer the following questions, ignore the cost of gasoline and depreciation of her car when traveling. 


Complete the following table by computing the opportunity cost of Juanita's time and the total cost of shopping at each location.

StoreOpportunity Cost of Time (Dollars)Price of a Suit (Dollars per suit)Total Cost (Dollars)
Local Department Store
100
Across Town
86
Neighboring City
63

Assume that Juanita takes opportunity costs and the price of the suit into consideration when she shops. Juanita will minimize the cost of the suit if she buys from the _______.


In: Economics

A plant is to be built to produce blasting devices for construction work, and the decision must be made as to the extent of automation in the plant.

A plant is to be built to produce blasting devices for construction work, and the decision must be made as to the extent of automation in the plant. Additional automatic equipment increases the investment costs but lowers the probability of shipping a defective device to the field, which must then be shipped back to the factory and dismantled at cost of $10 per device. The operating costs are identical for the different levels of automation. It is estimated that the plant will operate 10 years. The interest rate is 20%, and the rate of production is 100,000 devices per year for all levels of automation. Prepare a table with a column for all possible levels of automation, a column for the expected number of defectives in 100,000 devices, a column for the expected annual cost of defectives, a column for the annual cost of investment and a column for the total expected annual cost. Using the table, find the level of automation that will minimize the expected total annual cost for the investment costs and the probabilities given below

Level of Automation, Probability of producing a defective, Cost of investment ($)
1 0.100 100,000
2 0.050 150,000
3 0.020 200,000
4 0.010 275,000
5 0.005 325,000
6 0.002 350,000
7 0.001 400,000

In: Statistics and Probability

A company manufactures two products, P and Q. Monthly data relating to production and sales are...

A company manufactures two products, P and Q. Monthly data relating to production and sales are as follows.

Product P Product Q
Direct materisl cost per unit $40 $50
Direct labor hours per unit 2 hours 4 hours
Direct labor cost per unit $50 $100
Sales demand 200 units 900 units

Production overheads are $200,000 each month and are absorbed on a direct labor hour basis.

There are five main areas of activity that can be said to consume overhead costs. The management accountant has gathered the following monthly information:

Activity Total cost $ Cost driver Total P Q
Set up 60,000 Number of setups 6 2 4
Machining 120,000 Machine hours 6,000 600 5,400
Order handling 80,000 Number of orders 4 1 3
Quality control 40,000 Number of inspections 5 1 4
Assembly 20,000 Assembly hours 2,000 500 1,500
320,000

Calculate the per unit cost (prepare the cost card), for Product P and Q, using

  • absorption costing and
  • ABC

In: Accounting

StorSmart Company makes plastic organizing bins. The company has the following inventory balances at the beginning...

StorSmart Company makes plastic organizing bins. The company has the following inventory balances at the beginning and end of March:

Beginning Inventory Ending Inventory
Raw materials $ 29,600 $ 26,700
Work in process 21,400 46,400
Finished goods 78,900 68,600

Additional information for the month of March follows:

Raw materials purchases $ 41,900
Indirect materials used 2,000
Direct labor 63,900
Manufacturing overhead applied 36,500
Selling, general, and administrative expenses 23,500
Sales revenue 236,800

Required:
1.
Based on the above information, prepare a cost of goods manufactured report.

2. Based on the above information, prepare an income statement for the month of March.

Based on the above information, prepare a cost of goods manufactured report.

STORSMART COMPANY
Cost of Goods Manufactured Report
For the Month of March
Direct Materials Used in Production
Total Current Manufacturing Costs $0
Total Work in Process $0
Cost of Goods Manufactured

Based on the above information, prepare an income statement for the month of March.

STORSMART COMPANY
Income Statement
For the Month of March
Less: Cost of Goods Sold
Cost of Goods Sold
Net Income (Loss) from Operations

In: Accounting

Daosta Inc. uses the weighted average method in its process costing system. The following data concern...

Daosta Inc. uses the weighted average method in its process costing system. The following data concern

the operations of the company's first processing department for a recent month.

Work in process, beginning:

Units in process 900

Percent complete with respect to materials 40 %

Percent complete with respect to conversion costs 20 %

Costs in the beginning inventory:

Materials cost $ 530

Conversion cost $ 2108

Units started into production during the month 16,000

Units completed and transferred out 16,000

Costs added to production during the month:

Materials cost $ 32,180

Conversion cost $ 416,512

Work in process, ending:

Units in process 900

Percent complete with respect to materials 50 %

Percent complete with respect to conversion costs 70 %

Required:

Using the Weighted Average Method:

Equivalent Units of Production for Direct materials

Equivalent Units of Production for Conversion Costs

Cost per Equivalent Unit – Direct Materials (Round to 4 decimal places)

Cost per Equivalent Unit – Conversion Costs (Round to 4 decimal places)

Total value of Ending Work in Process

Total value of units transferred out


In: Accounting