Aggie Power Generation supplies electrical power to residential customers for many U.S. cities. Its main power generation plants are located in Los Angeles, Tulsa, and Seattle. The following table shows Aggie Power Generation's major residential markets, the annual demand in each market (in megawatts or MW), and the cost to supply electricity to each market from each power generation plant (in $/MW).
| City | Distribution Costs ($/MW) | Demand (MW) | ||
|---|---|---|---|---|
| Los AngelesL | TulsaT | SeattleS | ||
| Seattle1 | 356.25 | 593.75 | 59.38 | 950.00 |
| Portland2 | 356.25 | 593.75 | 178.13 | 831.25 |
| San Francisco3 | 178.13 | 475.00 | 296.88 | 2,375.00 |
| Boise4 | 356.25 | 475.00 | 296.88 | 593.75 |
| Reno5 | 237.50 | 475.00 | 356.25 | 950.00 |
| Bozeman6 | 415.63 | 415.63 | 296.88 | 593.75 |
| Laramie7 | 356.25 | 415.63 | 356.25 | 1,187.50 |
| Park City8 | 356.25 | 356.25 | 475.00 | 712.50 |
| Flagstaff9 | 178.13 | 475.00 | 593.75 | 1,187.50 |
| Durango10 | 356.25 | 296.88 | 593.75 | 1,543.75 |
(a)
If there are no restrictions on the amount of power that can be supplied by any of the power plants, what is the optimal solution to this problem?
(i)
Which cities should be supplied by which power plants? (Enter your optimal solution as a comma-separated list of ordered triples for the amount of power each power plant supplies to each city. Report electrical power in MW.)
(L1, T1, S1), (L2, T2, S2), …, (L10, T10, S10) =
(ii)
What is the total annual power distribution cost for this solution? (Round your answer to the nearest whole dollar.)
$
(b)
If at most 4,000 MW of power can be supplied by any one of the power plants, what is the optimal solution? (Enter your optimal solution as a comma-separated list of ordered triples for the amount of power each power plant supplies to each city. Report electrical power in MW. Round your answers to two decimal places.)
(L1, T1, S1), (L2, T2, S2), …, (L10, T10, S10) =
What is the annual increase in power distribution cost that results from adding these constraints to the original formulation? (Round your answer to the nearest whole dollar.)
$
In: Statistics and Probability
Monopoly behavior (Chapter 26 in the book)
Problem 1. Suppose you want to open an amusement park. Your estimate of the daily attendance is 1000 people. Further, you expect that each person will demand
x(p)= 50-50p rides, where p is the price per ride. All people are the same, and there cannot be negative rides. The marginal cost of a ride is zero.
(a) What is each person’s inverse demand for rides?
(b) How many rides per person will maximize your profits?
(c) What will be the profit-maximizing price per ride?
(d) What will be your profit per person?
(e) What is the Pareto efficient price per ride?
(f) How many rides will be purchased at the Pareto efficient price by a single person?
(g) Ho much consumer surplus per person will be generate at Pareto efficient price and quantity?
(h) If you decide to use a two-part tariff, what would be an admission fee and a price per ride for a single person?
In: Economics
No. of Products | Total Variable Costs, $ | Total Costs $ | Average Fixed Cost $ | Average Variable Cost $ | Average Total Cost $ | Marginal Cost$ |
0 | 0 | |||||
1 | 12 | |||||
2 | 20 | |||||
3 | 24 | |||||
4 | 27 | |||||
5 | 40 | |||||
6 | 65 | |||||
7 | 98 |
Assume that the fixed cost is $80, calculate the above costs in the table and explain the difference between average total costs and marginal costs.
In a graph illustrate the Average Total Cost and Marginal Cost Curves, explain their relationship.
Assume marginal revenue is $ 25 (constant at any quantity). Determine the profit maximizing output and calculate the profit.
Examine why a firm could decide to produce at a loss on a short run.
In: Economics
1.
CASE STUDY
Australian Motor Execs (AME) is set up as a proprietary company and is considering whether to enter the discount rental car market in Tasmania. This project would involve the purchase of 100 used, late model, mid-sized cars at the average price of $18,000. In order to reduce their insurance costs, AME will have a LoJack Stolen Vehicle Recovery System installed in each car at a cost of
$1,500 per vehicle. The rental car operation projected by AME will have two locations: one near Hobart airport and the other near Launceston airport. At each location, AME owns an abandoned lot and building where it could store its vehicles. If AME does not undertake the project, the lots can be leased to an auto-repair company for $90,000 per year (total amount for both lots). The $25,000 annual maintenance cost (total for both lots) will be paid by AME whether the lots are leased or used for this project. This discount rental car business is expected to have minimum impact on AME’s regular car rental business in Tasmania, where the net cash flow is expected to fall by only
$20,000 per year.
For taxation purposes, the useful life of the cars is determined to be five years and they will be depreciated using the most advantageous depreciation method set out by the Income Tax Assessment Act. It is assumed that the cars will first be used at the beginning of the next financial year: 1 July 2018.
Before starting this new operation, AME will need to redevelop and renovate the buildings at each airport location. This is expected to cost $220,000 for both locations. AME has also budgeted
$80,000 in marketing costs that will be spent prior the start of operation and during the first two years of operation. In addition, if the project is undertaken, a total new injection of $150,000 in net working capital will be required.
Maeve, the company CFO would like you help her examine the viability of the project for the next five years taking into account the projections of sales and operating costs prepared by AME’s accountants. Given the risk associated with the project, she believes it is reasonable to use a cost of capital of 12% for the evaluation of this project. Further financial data relating to the project can be found in the appendix.
*Question1. Discuss which costs are relevant for the evaluation of this project and which costs are not. Your discussion should be justified by a valid argument and supported by references to appropriate sources.
APPENDIX: Additional information for the case
Initial capital expenditure
Acquisition of the car fleet (including LowJack system): $18,000 + $1,500 per vehicle
Renovation of building at airport locations :$220,000
Injection of net Working capital $150,000
For tax purposes, the cars (including the LowJack system) may be depreciated using either the prime cost or the diminishing value methods as set out in Division 40 of the Income tax Assessment Act (ITAA) 1997. The economic life of 5 years has been approved by the Commissioner of taxation. Maeve indicated to you that the company will retain the method that is the most advantageous to the company from a financial point of view.
Assume that AME is not able to claim any tax deduction for the capital expenditure relating to the renovation of the building until the business is sold. At that time the cost of renovation is taken into account to calculate the capital gain.
Marketing costs
The $80,000 marketing costs will be incurred as follows:
$40,000 immediately before the launch of the new operation (1/7/2018)
$20,000 at the beginning of year 2 (1/7/2019) i.e. end of year 1
$20,000 at the beginning of Year 3 (1/7/2020) i.e. end of year 2
These costs are fully tax deductible in the year they are incurred (assume calendar year).
Revenue projections
Revenue projections from car rental for the next five years are as follows
|
Year 1 |
Year 2 |
Year 3 |
Year 4 |
Year 5 |
|
|
Beginning |
1/7/2018 |
1/7/2019 |
1/7/2020 |
1/7/2021 |
1/7/2022 |
|
Ending |
30/6/2019 |
30/6/2020 |
30/6/2021 |
30/6/2022 |
30/6/2023 |
|
Revenue ($’000) |
900 |
1,100 |
1,200 |
1,250 |
1,250 |
Operating costs
Operating variable costs associated with the new business represent 10 % of revenue. Annual operating fixed costs (excluding depreciation) are $1800 per vehicle.
Existing administrative costs are $550,000 per annum. As a result of the new operation these administrative cost will increase by 20 %.
Tax rate
The company is subject to a tax rate of 27.5% on its profits. The capital gain (if any ) on the sale of the business would also be taxed at 27.5%.
In: Accounting
Required information
[The following
information applies to the questions displayed below.]
During April, the production department of a process manufacturing
system completed a number of units of a product and transferred
them to finished goods. Of these transferred units, 81,000 were in
process in the production department at the beginning of April and
324,000 were started and completed in April. April's beginning
inventory units were 65% complete with respect to materials and 35%
complete with respect to conversion. At the end of April, 103,000
additional units were in process in the production department and
were 80% complete with respect to materials and 30% complete with
respect to conversion.
Prepare the number of equivalent units with respect to both
materials used and conversion costs in the production department
for April using the FIFO method.
| Equivalent Units of Production - FIFO | |||||
| Units | % Materials | EUP- Materials | % Conversion | EUP-Conversion | |
| Total units accounted for | 100% | ||||
| Units in ending work in process | 80% | ||||
| Equivalent units of production | 0 | ||||
The production department had $1,434,675 of direct materials and
$1,002,573 of conversion costs charged to it during April. Also,
its beginning inventory of $287,867 consists of $222,485 of direct
materials cost and $65,382 of conversion costs.
Using the FIFO method, prepare the direct materials cost and the
conversion cost per equivalent unit and assign April's costs to the
department’s output. (Round "Cost per EUP" to 2
decimal places.)
| Equivalent Units of Production (EUP)- FIFO Method | |||||
| Units | % Materials | EUP- Materials | % Conversion | EUP-Conversion | |
| Equivalent units of production | 0 | ||||
| Cost per Equivalent Unit of Production | Materials | Conversion | |||
| Total costs | Costs | Costs | |||
| ÷ Equivalent units of production | EUP | 0 | EUP | 0 | |
| Cost per equivalent unit of production (rounded to 2 decimals) | 0 | 0 | |||
| Total Costs to Account for: | |||||
| Total costs to account for: | $0.00 | ||||
| Total costs accounted for | |||||
| * Difference due to rounding cost/unit | $0.00 | ||||
| Assignment of Costs to Output of Department | |||||
| Cost of 81,000 units from beginning inventory | |||||
| Beginning inventory | |||||
| EUP | Cost per EUP | Total cost | |||
| Materials to complete | |||||
| Conversion to complete | |||||
| Total costs to complete | |||||
| Total cost of 81,000 units in beginning inventory | $0.00 | ||||
| Cost of units started and completed this period | EUP | Cost per EUP | Total cost | ||
| Direct materials | $0.00 | $0.00 | |||
| Conversion costs | $0.00 | 0.00 | |||
| Total cost of 324,000 units started and completed | |||||
| Total cost of 405,000 units transferred out | |||||
| Costs of units in ending inventory | EUP | Cost per EUP | Total cost | ||
| Direct materials | $0.00 | $0.00 | |||
| Conversion costs | $0.00 | 0.00 | |||
| Total cost of 103,000 units in ending inventory | |||||
| Total costs assigned | |||||
In: Accounting
Kubin Company’s relevant range of production is 23,000 to 27,500 units. When it produces and sells 25,250 units, its average costs per unit are as follows:
| Average Cost per Unit | ||
| Direct materials | $ | 8.30 |
| Direct labor | $ | 5.30 |
| Variable manufacturing overhead | $ | 2.80 |
| Fixed manufacturing overhead | $ | 6.30 |
| Fixed selling expense | $ | 4.80 |
| Fixed administrative expense | $ | 3.80 |
| Sales commissions | $ | 2.30 |
| Variable administrative expense | $ | 1.80 |
Required:
1. Assume the cost object is units of production:
a. What is the total direct manufacturing cost incurred to make 25,250 units?
b. What is the total indirect manufacturing cost incurred to make 25,250 units?
2. Assume the cost object is the Manufacturing Department and that its total output is 25,250 units.
a. How much total manufacturing cost is directly traceable to the Manufacturing Department?
b. How much total manufacturing cost is an indirect cost that cannot be easily traced to the Manufacturing Department?
3. Assume the cost object is the company’s various sales representatives. Furthermore, assume that the company spent $95,950 of its total fixed selling expense on advertising and the remainder of the total fixed selling expense comprised the fixed portion of the company's sales representatives’ compensation.
a. When the company sells 25,250 units, what is the total direct selling expense that can be readily traced to individual sales representatives?
b. When the company sells 25,250 units, what is the total indirect selling expense that cannot be readily traced to individual sales representatives?
ufacturing cost incurred to make 23,000 units?
|
| 2a. | Direct materials per unit | |
| Direct labor per unit | ||
| Variable manufacturing overhead per unit | ||
| Fixed manufacturing overhead per unit | ||
| Total manufacturing cost per unit | $0.00 | |
| Number of units sold | ||
| Total direct costs | $0 | |
| 2b. | Total indirect
costs |
3a
| sales commissions per unit | ||
| number of units sold | ||
| total sales commission | $0 | |
| Fixed portion of sales representatives' compensation | ||
| total direct selling expense | $0.00 | |
| 3b | Total indirect selling expense | |
In: Accounting
During April, the first production department of a process manufacturing system completed its work on 305,000 units of a product and transferred them to the next department. Of these transferred units, 61,000 were in process in the production department at the beginning of April and 244,000 were started and completed in April. April's beginning inventory units were 65% complete with respect to materials and 35% complete with respect to conversion. At the end of April, 83,000 additional units were in process in the production department and were 85% complete with respect to materials and 35% complete with respect to conversion.
The production department had $779,288 of direct materials and
$659,797 of conversion costs charged to it during April. Also, its
beginning inventory of $163,740 consists of $122,032 of direct
materials cost and $41,708 of conversion costs.
1. Compute the direct materials cost per
equivalent unit for April. (Round "Cost per EUP" to 2
decimal places.)
2. Compute the conversion cost per equivalent unit
for April. (Round "Cost per EUP" to 2 decimal
places.)
3. Using the FIFO method, assign April’s costs to
the department’s output—specifically, its units transferred to the
next department and its ending work in process inventory.
(Round "Cost per EUP" to 2 decimal places.)
|
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In: Accounting
Corporate Tax Return Project
Complete Form 1120 pages 1 and 2, Schedule D, Form 8949 and complete Schedule M-1 on page 5 of a 2018 Form 1120 for the following taxpayer using the information that follows:
Taxpayer Information:
Champion, Inc. is an accrual-basis, calendar-year corporation that operates five local “sports merchandise-stores”.
Champion was incorporated on February 28th, 2017
Champion’s main office is located at 2346 Lake Shore Drive, Chicago, IL 60606
Champion’s employer identification number is 31-0923874.
Champion has total assets as of December 31, 2018 of $3,540,000
In: Finance
CorpX has 50 units in beginning inventory with a cost of $300.
During the year purchases were made as follows:
January 15- 100 units @ 5.75 per
unit
= $575 total
cost
June 15- 100 units @ 5.50 per unit = $550 total cost
October 20-50 units @ 5.00 per unit = $250 total cost
Total Units = 250 $1375 total cost
An inventory count at year end reveals 60 units in ending inventory.
Required:
1-what is the ending inventory under:
LIFO, FIFO, average cost methods
2- what is the cost of goods sold under:
LIFO, FIFO, average cost methods
3- what is the LIFO reserve
4 -which method should the company utilize? Why? What is the dollar benefit?
In: Accounting
Robo-Tech Inc. manufactures pistons for custom motorcycles within a relevant range of 100,800 to 165,600 pistons per year. Within this range, the following partially completed manufacturing cost schedule has been prepared.
Complete the cost schedule below. When computing the cost per unit, round to two decimal places. Round all other values to the nearest dollar.
| Cost Report | |||
| Components produced | 100,800 | 128,800 | 165,600 |
| Total costs: | |||
| Total variable costs | $41,328 | d. $ | j. $ |
| Total fixed costs | 46,368 | e. | k. |
| Total costs | $87,696 | f. $ | l. $ |
| Cost per unit | |||
| Variable cost per unit | a. $ | g. $ | m. $ |
| Fixed cost per unit | b. | h. | n. |
| Total cost per unit | c. $ | i. $ | o. $ |
In: Accounting