Question
Choose the one alternative that best completes the statement or answers the question. Solve the problem. Round dollar amounts to the nearest dollar. Find the
- Choose the one alternative that best completes the statement or answers the question. Solve the problem. Round dollar amounts to the nearest dollar.
- Find the yearly straight-line depreciation of a home theatre system including the receiver, main audio speakers, surround sound speakers, audio and video cables, and blue-ray player that costs $3100 and has a salvage value of $900 after an expected life of 5 years in a hotel lobby.
$900
$180
$440
$620
- 10 points
-
-
Solve the problem. Round unit depreciation to nearest cent when making the schedule, and round final results to the nearest cent.
A barge is expected to be operational for 280,000 miles. If the boat costs $19,000.00 and has a projected salvage value of $1900.00, find the unit depreciation.
$0.06
$0.60
$0.70
$0.07
-
- 10 points
Question 3
-
-
Solve the problem. Round unit depreciation to nearest cent when making the schedule, and round final results to the nearest cent.
A construction company purchased a piece of equipment for $1520. The expected life is 9000 hours, after which it will have a salvage value of $380. Find the amount of depreciation for the first year if the piece of equipment was used for 1800 hours. Use the units-of-production method of depreciation.
$177.33
$136.50
$304.00
$228.00
-
- 10 points
Question 4
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-
Solve the problem using the information given in the table and the weighted-average inventory method. Round to the nearest cent.
Calculate the average unit cost.
Date of Purchase Units Purchased Cost Per Unit Beginning Inventory 25 $32.12 March 1 70 $25.24 June 1 65 $36.24 August 1 40 $20.81 $32.90
$143.95
$28.79
$24.77
-
- 10 points
Question 5
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-
Solve the problem using the information given in the table and the weighted-average inventory method. Round to the nearest cent.
Calculate the cost of ending inventory.
Date of Purchase Units Purchased Cost Per Unit Beginning Inventory 25 $33.18 March 1 70 $28.60 June 1 65 $38.75 August 1 40 $21.49 Units Sold 68 $1461.32
$3116.05
$4298.00
$4098.50
-
- 10 points
Question 6
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-
Solve the problem using the information given in the table and the weighted-average inventory method. Round to the nearest cent.
Calculate the cost of goods sold.
Date of Purchase Units Purchased Cost Per Unit Beginning Inventory 25 $34.13 March 1 70 $27.34 June 1 65 $35.61 August 1 40 $20.77 Units Sold 62 $4079.63
$1832.87
$9992.13
$5912.50
-
- 10 points
Question 7
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-
Solve the problem. Use a fraction for the rate and round dollar amounts to the nearest cent.
Jeremy James is depreciating solar panels purchased for $3600. The scrap value is estimated to be $900. He will use double-declining-balance and depreciate over 6 years. What is the first year's depreciation?
$1200.00
$450.00
$600.00
$900.00
-
- 10 points
Question 8
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-
Solve the problem. Use a fraction for the rate and round dollar amounts to the nearest cent.
Eric Johnson is depreciating a kitchen oven range purchased for $1720. The scrap value is estimated to be $172. He will use double-declining-balance and depreciate over 30 years. What is the first year's depreciation?
$57.33
$103.20
$51.60
$114.67
-
- 10 points
Question 9
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-
Solve the problem. Use a fraction for the rate and round dollar amounts to the nearest cent.
Jane Frankis is depreciating a train engine purchased for $86,000. The scrap value is estimated to be $5000. She will use double-declining-balance and depreciate over 40 years. What is the first year's depreciation?
$2025.00
$4050.00
$4300.00
$2150.00
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- 10 points
Question 10
Find the depreciation for the indicated year using MACRS cost-recovery rates for the properties placed in service at midyear. Round dollar amounts to the nearest cent.
Property Class | Depreciation Year | Cost of Property |
3-year | 3 | $86,600.00 |
$28,863.78 | |
$17,320.00 | |
$12,825.46 | |
$16,627.20 |
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