QUESTION 21
In the long run
|
A. all costs become fixed. |
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|
B. all costs become variable. |
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|
C. all costs become neither fixed nor variable. |
2 points
QUESTION 22
Which statement is false?
|
A. The MC always intersects the ATC at its minimum point. |
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|
B. The MC always intersects the AVC at its minimum point. |
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C. The MC always intersects the AFC at its minimum point. |
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D. None of these statements is false. |
2 points
QUESTION 23
The average fixed cost curve
|
A. is a vertical line. |
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|
B. is a horizontal line. |
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|
C. slopes downward to the right as output rises. |
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D. is U-shaped (it declines as output rises, reaches a minimum, and then rises). |
2 points
QUESTION 24
As output rises, average fixed cost
|
A. rises. |
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|
B. falls. |
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|
C. remains the same. |
2 points
QUESTION 25
When the average total cost is at its minimum, it is
|
A. greater than MC. |
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|
B. equal to MC. |
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|
C. smaller than MC. |
2 points
QUESTION 26
When MC is rising but still below AVC, then
|
A. AVC is declining. |
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|
B. AVC is constant. |
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|
C. AVC is rising. |
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|
D. There is not enough information to determine what AVC is doing. |
2 points
QUESTION 27
As a firm's output expands, the
|
A. ATC will reach a minimum before the AVC. |
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|
B. AVC will reach a minimum before the ATC. |
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|
C. ATC and AVC will reach minimums at the same output. |
2 points
QUESTION 28
Which statement is true?
|
A. Going out of business is a short run option. |
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|
B. Operating or shutting down are long run options. |
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|
C. Going out of business or not going out of business are long run options. |
2 points
QUESTION 29
If a firm cannot cover its variable costs, it will
|
A. operate in the short run and stay in business in the long run. |
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|
B. operate in the short run and go out of business in the long run. |
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|
C. shut down in the short run and stay in business in the long run. |
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|
D. shut down in the short run and go out of business in the long run. |
2 points
QUESTION 30
Average variable cost is equal to
|
A. average cost plus average fixed cost. |
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|
B. marginal cost plus average fixed cost. |
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|
C. marginal cost. |
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|
D. average total cost minus average fixed cost. |
2 points
QUESTION 31
The long-run average total cost curve:
|
A) displays declining unit costs so long as output is increasing. |
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|
B) indicates the lowest unit costs achievable when a firm has had sufficient time to alter plant size. |
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|
C) has a shape which is the inverse of the law of diminishing returns. |
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|
D) can be derived by summing horizontally the average total cost curves of all firms in an industry. |
2 points
QUESTION 32
If a firm increases all of its inputs by 10 percent and its output increases by 15 percent, then:
|
A) it is encountering diseconomies of scale. |
||
|
B) the law of diminishing returns is taking hold. |
||
|
C) it is encountering economies of scale. |
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|
D) the firm's long-run ATC curve will be rising. |
2 points
QUESTION 33
If a firm increases all of its inputs by 10 percent and its output increases by 10 percent, then:
|
A) it is encountering diseconomies of scale. |
||
|
B) it is encountering constant returns to scale. |
||
|
C) it is encountering economies of scale. |
||
|
D) the marginal products of all inputs are falling. |
2 points
QUESTION 34
The ABC Corporation decreases all of its inputs by 12 percent and finds that its output falls by only 8 percent. This means that initially it was producing:
|
A) in the range of diseconomies of scale. |
||
|
B) where AP is less than MP. |
||
|
C) in the range of economies of scale. |
||
|
D) at the point of minimum efficient scale. |
2 points
QUESTION 35
Diseconomies of scale means that:
|
A) a firm's long-run average total cost curve is declining. |
||
|
B) a firm's long-run average total cost curve is rising. |
||
|
C) the advantages of specialization are being more fully realized. |
||
|
D) a given increase in inputs results in a more-than-proportionate increase in output. |
2 points
QUESTION 36
Suppose a firm is in a range of production where it is experiencing economies of scale. Knowing this, we can predict that:
|
A) the long-run average total cost curve is upsloping. |
||
|
B) a 10 percent increase in all inputs will increase output by less than 10 percent. |
||
|
C) a 10 percent increase in all inputs will increase output by more than 10 percent. |
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|
D) the firm is encountering problems of managerial bureaucracy because of its size. |
2 points
QUESTION 37
A cost that cannot be partly or fully recovered through any subsequent action is known as a:
|
A) variable cost. |
||
|
B) fixed cost. |
||
|
C) marginal cost. |
||
|
D) sunk cost. |
2 points
QUESTION 38
Which of the following is an example of a sunk cost, as it relates to a firm?
|
A) an expenditure on raw materials used in the production process. |
||
|
B) an expenditure on a nonrefundable, nontransferable airline ticket. |
||
|
C) an expenditure to buy a delivery van. |
||
|
D) an expenditure for a new factory. |
2 points
QUESTION 39
Which of the following sayings relates most closely to the idea of sunk costs:
|
A) Don't cry over spilt milk. |
||
|
B) He who hesitates is lost. |
||
|
C) A bird in the hand is worth two in the bush. |
||
|
D) Show me the money. |
2 points
QUESTION 40
The real opportunity cost of producing product X is the amounts of products Y, Z, and so forth, that might have been produced if resources had not been used to produce X.
True
False
2 points
QUESTION 41
The short run is a period of time during which all costs are fixed costs.
True
False
2 points
QUESTION 42
Variable costs are costs that vary directly with output.
True
False
2 points
QUESTION 43
The law of diminishing returns explains why the long-run average total cost curve is U-shaped.
True
False
2 points
QUESTION 44
Diseconomies of scale stem primarily from the difficulties in managing and coordinating a large-scale business enterprise.
True
False
2 points
QUESTION 45
At zero units of output a firm's variable costs are zero.
True
False
2 points
QUESTION 46
Average fixed costs diminish continuously as output increases.
True
False
2 points
QUESTION 47
If the marginal-cost curve lies below the average-variable-cost curve, the average-variable-cost curve must be
True
False
2 points
QUESTION 48
Economic profit is found by subtracting accounting costs from total revenue.
True
False
2 points
QUESTION 49
A firm's economic profit is usually higher than its accounting profit.
True
False
2 points
QUESTION 50
In economics, a firm earns a normal profit when its total revenue equals its total economic costs.
True
False
2 points
QUESTION 51
The law of diminishing returns explains why short-run marginal cost curves are upward sloping.
True
False
2 points
QUESTION 52
The law of diminishing returns explains diseconomies of scale. F
True
False
2 points
QUESTION 53
Minimum efficient scale varies by industry.
True
False
2 points
QUESTION 54
Accounting profits are typically:
|
A) greater than economic profits because the former do not take explicit costs into account. |
||
|
B) equal to economic profits because accounting costs include all opportunity costs. |
||
|
C) smaller than economic profits because the former do not take implicit costs into account. |
||
|
D) greater than economic profits because the former do not take implicit costs into account. |
2 points
QUESTION 55
Economic profits are calculated by subtracting:
|
A) explicit costs from total revenue. |
||
|
C) implicit costs from normal profits. |
||
|
B) implicit costs from total revenue. |
||
|
D) explicit and implicit costs from total revenue. |
In: Economics
| Output | Total Cost | Marginal Cost |
|---|---|---|
| 0 | - | |
| 1 | 3 | |
| 2 | 5 | |
| 3 | 20 | 7 |
a) Refer to the table above. Several entries in the table are
blank, but can be determined
using the information you know about costs. Determine the variable
cost of producing
three units of output. Show your work.
a) Variable Cost = $20
b) Variable Cost = $5
c) Variable Cost = $10
d) Variable Cost = $15
b) Refer to the table above. Several entries in the table are
blank, but can be determined
using the information you know about costs. Determine fixed cost.
Show your work.
a) Fixed Cost = $0
b) Fixed Cost = $5
c) Fixed Cost = $10
d) Fixed Cost = $15
In: Economics
In: Finance
Tinkle-Tinkle Glass Company makes glass globe paper weights for desks. The company uses a job-order cost system and predetermined overhead rates to apply manufacturing overhead cost to jobs. The predetermined overhead rate in the Fabrication Department is based on machine hours, and the rate in the Finishing Department is based on direct labor hours. At the beginning of the year, the company’s management made the following estimates for the year:
Department
Fabrication Finishing
Machine hours 84,000 27,000
Direct labor hours 28,000 44,000
Direct material cost $415,000 $214,000
Direct labor cost $300,000 $690,000
Fixed manufacturing overhead cost $800,000 $280,000
Variable manufacturing overhead per machine hour $2.25 --
Variable manufacturing overhead per direct labor hour -- $2.15
Job 25 (the Christmas holiday special) was started on September 1 and completed on September 30. The company’s cost records show the following information concerning the job:
Department
Fabrication Finishing
Machine hours 310 75
Direct labor hours 110 133
Direct materials cost $1,320 $1,050
Direct labor cost $910 1,095
operating data for all jobs during the year:
Department
Fabrication Finishing
Machines hours 85,900 30,000
Direct labor hours 32,500 29,000
Direct materials cost $425,000 $163,000
Manufacturing overhead cost $713,000 $288,000
What was the amount of actual overhead in each department at the end of the year? Was it underapplied or overapplied? (You should have a total of four answers for this question.)
In: Accounting
High Desert Potteryworks makes a variety of pottery products
that it sells to retailers, such as Home Depot. The company uses a
job-order costing system in which predetermined overhead rates are
used to apply manufacturing overhead cost to jobs. The
predetermined overhead rate in the Moulding Department is based on
machine-hours, and the rate in the Painting Department is based on
direct labour cost. At the beginning of the year, the company’s
management made the following estimates:
| Department | ||||||
| Molding | Painting | |||||
| Direct labour-hours | 16,250 | 68,500 | ||||
| Machine-hours | 87,000 | 9,700 | ||||
| Direct materials cost | $ | 527,000 | $ | 667,000 | ||
| Direct labour cost | $ | 162,500 | $ | 479,500 | ||
| Manufacturing overhead cost | $ | 896,100 | $ | 815,150 | ||
Job 205 was started on August 1 and completed on August 10. The
company’s cost records show the following information concerning
the job:
| Department | ||||||
| Moulding | Painting | |||||
| Direct labour-hours | 35 | 150 | ||||
| Machine-hours | 160 | 25 | ||||
| Materials placed into production | $ | 460 | $ | 322 | ||
| Direct labour cost | $ | 280 | $ | 670 | ||
Required:
1. Compute the predetermined overhead rate used during the year in the Moulding Department. Compute the rate used in the Painting Department. (Round "Cost per machine-hour" answer to 2 decimal places.)
| predetermined overhead rate | |
| Molding department | _______ per machine hour |
| Painting department | _______ % of direct labour |
2. Compute the total overhead cost applied to Job
205. (Do not round intermediate calculations. Enter your
answer rounded to the nearest whole dollar.)
Total overhead cost=
3-a. What would be the total cost recorded for Job
205? (Do not round intermediate calculations. Enter your
answers rounded to the nearest whole dollar.)
3-b. If the job contained 70 units, what would be
the cost per unit? (Do not round intermediate calculations
and round your final answer to 2 decimal
places.)
Cost per unit=
4. At the end of the year, the records of High
Desert Potteryworks revealed the following actual cost and
operating data for all jobs worked on during the year:
| Department | ||||||
| Moulding | Painting | |||||
| Direct labour-hours | 11,700 | 63,700 | ||||
| Machine-hours | 66,700 | 10,700 | ||||
| Direct materials cost | $ | 447,000 | $ | 697,000 | ||
| Direct labour cost | $ | 125,000 | $ | 453,000 | ||
| Manufacturing overhead cost | $ | 699,710 | $ | 753,500 | ||
What was the amount of under- or overapplied overhead in each
department at the end of the year? (Do not round
intermediate calculations.)
molding department:
Painting department:
In: Accounting
| Work in Process Inventory—Plating | |
| March 1 balance | 35,350 |
| Transferred-in from Shaping | 43,200 |
| Direct materials | 25,200 |
| Direct labour | 22,000 |
| Manufacturing overhead | 35,500 |
The direct materials (rubber pads) are added at the end of the plating process. Conversion costs are incurred evenly throughout the process. Work in process of the Plating Department on March 1 consisted of 1,200 racks. The $35,350 beginning balance of Work in Processlong dash—Plating includes $21,600 of transferred-in cost and $13,750 of conversion cost. During March, 2,400 racks were transferred in from the Shaping Department. The Plating Department transferred 2,100 racks to finished goods inventory in March and 1,500 were still in process on March 31. This ending inventory was 50% of the way through the plating process.
|
ip Surge Protectors |
|||
|
Assembly Department |
|||
|
Flow of Physical Units and Computation of Equivalent Units |
|||
|
Flow of |
Equivalent Units |
||
|
Physical |
Direct |
Conversion |
|
|
Flow of Production |
Units |
Materials |
Costs |
| Start | ?% Completed | ?% Completed | |
Requirement 2. Prepare the March production cost report for the Plating Department.
Before we can start the production cost report we must first compute the Plating Department's equivalent units. (For entries with a zero balance, make sure to enter "0" in the appropriate cell.)
|
Classic Accessories |
||||
|
Plating Department |
||||
|
Equivalent Unit Computations (Weighted-Average) |
||||
|
Flow of |
Equivalent Units |
|||
|
Physical |
Transferred- |
Direct |
Conversion |
|
|
Flow of Production |
Units |
in |
Materials |
Costs |
|
Units accounted for: |
||||
|
Total equivalent units |
||||
Now we will begin the production cost report by completing the first half of the report. Compute the cost per equivalent unit. (For entries with a zero balance, make sure to enter "0" in the appropriate column.)
|
Classic Accessories |
||||
|
Plating Department |
||||
|
Production Cost Report (Weighted-Average) |
||||
|
Transferred- |
Direct |
Conversion |
||
|
in |
Materials |
Costs |
Total |
|
|
Cost per equivalent unit |
||||
Complete the March production cost report by assigning the costs to units completed and transferred out and to ending inventory. (Enter quantities first, then the cost per equivalent unit amounts in the same order as calculated in the preceding step. For entries with a zero balance, make sure to enter "0" in the appropriate cell(s). Round your answers to the nearest whole dollar.)
Complete the March production cost report by assigning the costs to units completed and transferred out and to ending inventory. (Enter quantities first, then the cost per equivalent unit amounts in the same order as calculated in the preceding step. For entries with a zero balance, make sure to enter "0" in the appropriate cell(s). Round your answers to the nearest whole dollar.)
|
Classic Accessories |
|||||||||||
|
Plating Department |
|||||||||||
|
Production Cost Report (Weighted-Average Method) |
|||||||||||
|
Transferred- |
Direct |
Conversion |
Total |
||||||||
|
in |
Materials |
Costs |
Costs |
||||||||
| Save Accounting Table... | + | |||
| Copy to Clipboard... | + | |||
|
Assignment of total costs: |
|||||||||||||
|
x ( |
+ |
+ |
) |
||||||||||
|
x |
|||||||||||||
|
x |
|||||||||||||
|
x |
|||||||||||||
|
Total cost accounted for |
|||||||||||||
Requirement 3. Journalize all transactions affecting the Plating Department during March, including the entries that have already been posted.
Record the journal entry for the cost of the units transferred in from the Shaping Department. (Record debits first, then credits. Explanations are not required.)
|
Journal Entry |
||||
|
Date |
Accounts |
Debit |
Credit |
|
Record the direct materials, direct labour, and manufacturing overhead assigned to the Plating Department.
|
Journal Entry |
||||
|
Date |
Accounts |
Debit |
Credit |
|
Prepare the journal entry to record the cost of units completed and transferred out.
|
Journal Entry |
||||
|
Date |
Accounts |
Debit |
Credit |
|
In: Accounting
THE BUSINESS SITUATION
When Shelley Jones became president-elect of the Circular Club of Auburn, Kansas,
she was asked to suggest a new fundraising activity for the club. After a considerable
amount of research, Shelley proposed that the Circular Club sponsor a professional
rodeo. In her presentation to the club, Shelley said that she wanted a
fundraiser that would (1) continue to get better each year, (2) give back to the community,
and (3) provide the club a presence in the community. Shelley’s goal was to
have an activity that would become an “annual community event” and that would
break even the first year and raise $5,000 the following year. In addition, based on
the experience of other communities, Shelley believed that a rodeo could grow in
popularity so that the club would eventually earn an average of $20,000 annually.
A rodeo committee was formed. Shelley contacted the world’s oldest and
largest rodeo-sanctioning agency to apply to sponsor a professional rodeo. The
sanctioning agency requires a rodeo to consist of the following five events:
Bareback Riding, Bronco Riding, Steer Wrestling, Bull Riding, and Calf Roping.
Because there were a number of team ropers in the area and because they
wanted to include females in the competition, members of the rodeo committee
added Team Roping and Women’s Barrels. Prize money of $3,000 would be paid
to winners in each of the seven events.
Members of the rodeo committee contracted with RJ Cattle Company, a livestock
contractor on the rodeo circuit, to provide bucking stock, fencing, and
chutes. Realizing that costs associated with the rodeo were tremendous and that
ticket sales would probably not be sufficient to cover the costs, the rodeo committee
sent letters to local businesses soliciting contributions in exchange for
various sponsorships. Exhibiting Sponsors would contribute $1,000 to exhibit
their products or services, while Major Sponsors would contribute $600. Chute
Sponsors would contribute $500 to have the name of their business on one of the
six bucking chutes. For a contribution of $100, individuals would be included in
a Friends of Rodeo list found in the rodeo programs. At each performance the
rodeo announcer would repeatedly mention the names of the businesses and individuals
at each level of sponsorship. In addition, large signs and banners with
the names of the businesses of the Exhibiting Sponsors, Major Sponsors, and
Chute Sponsors were to be displayed prominently in the arena.
CaseA local youth group was contacted to provide concessions to the public and
divide the profits with the Circular Club. The Auburn Circular Club Pro Rodeo
Roundup would be held on June 1, 2, and 3. The cost of an adult ticket was set
at $8 in advance or $10 at the gate; the cost of a ticket for a child 12 or younger
was set at $6 in advance or $8 at the gate. Tickets were not date-specific. Rather,
one ticket would admit an individual to one performance of his or her choice—
Friday, Saturday, or Sunday. The rodeo committee was able to secure a location
through the county supervisors board at a nominal cost to the Circular Club. The
arrangement allowed the use of the county fair grounds and arena for a oneweek
period. Several months prior to the rodeo, members of the rodeo committee
had been assured that bleachers at the arena would hold 2,500 patrons. On
Saturday night, paid attendance was 1,663, but all seats were filled due to poor
gate controls. Attendance was 898 Friday and 769 on Sunday.
The following revenue and expense figures relate to the first year of the rodeo.
Receipts
Contributions from sponsors $22,000
Receipts from ticket sales 28,971
Share of concession profits 1,513
Sale of programs 600
Total receipts $53,084
Expenses
Livestock contractor 26,000
Prize money 21,000
Contestant hospitality 3,341*
Sponsor signs for arena 1,900
Insurance 1,800
Ticket printing 1,050
Sanctioning fees 925
Entertainment 859
Judging fees 750
Port-a-potties 716
Rent 600
Hay for horses 538
Programs 500
Western hats to first 500 children 450
Hotel rooms for stock contractor 325
Utilities 300
Sand for arena 251
Miscellaneous fixed costs 105
Total expenses 61,410
Net loss $(8,326)
*The club contracted with a local caterer to provide a tent and food for the contestants. The
cost of the food was contingent on the number of contestants each evening. Information concerning
the number of contestants and the costs incurred are as follows:
Contestants Total Cost
Friday 68 $ 998
Saturday 96 1,243
Sunday 83 1,100
$3,341
On Wednesday after the rodeo, members of the rodeo committee met to
Discuss and critique the rodeo. Jonathan Edmunds, CPA and President of the
Circular Club, commented that the club did not lose money. Rather, Jonathan
said, “The club made an investment in the rodeo.”
Answer Questions Below
1. Do yo think it was necessary for shelly joes to stipulate that she (1) wanted a fundraiser that world continue to get better each year (2) give back to the community and (3) provide the club a presence in the community? Why or why not?
2. What did Johnathan Edmunds mean when he said the club had made an invstment in the rodeo?
5. Determine the fixed and variable cost components of the catering costs using the high low method?
In: Accounting
Assume the economy has a GDP of $11,500 billion. The unemployment rate is at 7.3% and has been slowly rising for the last 6 months. Inflation was at 2.3% one year ago but has since dropped to near 0%. The MPC in the economy is .80 and the Natural Rate of Unemployment is 4.5%. The target rate for inflation is 2%.
In: Economics
Trace metals found in wells affect the taste of drinking water, and high concentrations can pose a health risk. Researchers measured the concentration of zinc (in milligrams/liter) near the top and the bottom of 7 randomly selected wells in a large region. The data are provided in the following table. Construct and interpret a 90% confidence interval for the true mean difference (Bottom – Top) in the zinc concentrations of the wells in this region.
| well | 1 | 2 | 3 | 4 | 5 | 6 | 7 |
| bottom | 0.24 | 0.73 | 0.45 | 0.44 | 0.31 | 0.56 | 0.49 |
| top | 0.19 | 0.64 | 0.41 | 0.37 | 0.30 | 0.53 | 0.42 |
In: Statistics and Probability
A. The electric potential at a position located a distance of 19.2 mm from a positive point charge of 7.80×10-9C and 13.0 mm from a second point charge is 1.14 kV. Calculate the value of the second charge.
B. The potential difference between two parallel conducting plates in vacuum is 590 V. An alpha particle with mass of 6.50×10-27 kg and charge of 3.20×10-19 C is released from rest near the positive plate. What is the kinetic energy of the alpha particle when it reaches the other plate? The distance between the plates is 45.0 cm.
In: Physics