Answer:
b. $11250
Explanation:
Capitalized Cost of Equipment = $175,000
Life of Assets = 10 years
Residual value = $25,000
Depreciable value = Cost - Salvage value
Depreciable value = $175,000 - $25,000
Depreciable value = $150,000
Depreciation per year = Depreciable value / Life of assets
Depreciation per year = $150,000/10 years
Depreciation per year = $15,000
Depreciation from April to December 2021 = $15,000*9/12
Depreciation from April to December 2021 = $11,250
Answer:
A. Year 2 $31,500
Year 2 $31,500
B. Year 1 = 63,000
Book Value of Tractor $252,000
Year 2 $ 50,400
Book Value of Tractor $201,600
Explanation:
a. Calculation to Determine the depreciation for each of the first two years by the straight-line method
Year 1 = $315,000 / 10
Year 1 = $31,500
Year 2 = $315,000 / 10
Year 2= $31,500
B) Calculation to determine the depreciation for each of the first two years by the double-declining-balance method
Based on the information given we are first going to calculate the percentage of depreciation using straight line method and then double it
Percentage = $ 315,000 *10%
Percentage=$31,500
Now let depreciation the book value each year by 20% Using the double-declining-balance method method
Year 1=20% of $ 315,000
Year 1= 63,000
Book Value=$315,000 - $63,000
Book Value= $ 252,000
Year 2= 20% of 252,000
Year 2 = $ 50,400
Book Value=$ 252,000 -$50,400
Book Value= $201,600
Answer:
Maximum daily production rate= 6.125 units per day.
Minimum daily production rate= 75.38 units per day
Explanation:
Production rate is defined as the number of units of a product that is produced in a process in unit time.
In this instance we are to calculate the production rate per day.
It is given that a cycle consists of 40 activities. Completion time for 40 activities is 80 minutes.
Daily production rate = Total time of production/Time to complete one cycle
Maximum daily production rate= 490/80= 6.125 units per day.
Minimum daily production rate= 490/6.5= 75.38 units per day
Answer:
<u>$22,500</u>
Explanation:
Note, the applicable tax law in this case states permits an individual who engages in a rental real estate to use up to $25,000 of net losses from the rental real estate activity to offset other their other income.
Since a rental activity is classified as a passive activity, whether or not the taxpayer participates in such activity, the $25,000 rental loss is reduced by 50% of the amount in the case where Annual Gross Income (AGI) exceeds $100,000. Consequently, since Barry's AGI is $105,000 ($80,000 + $20,000 + $5,000), which is greater than $100,000, only the amount exceed $100,000 would be reduced by 50%, which is calculated below:
<u>$105,000 – $100,000 × 50% = $2,500, next subtract amount from Barry's $25,000 ($25000-$2,500) = $22,500.</u>