The future value of the annual amounts after six years, earning an annual rate of return of 3% is $517.47
What is the future value of an ordinary annuity of $80 per year for six years earning a rate of 3% annually?
Note that the $80 that would have been paid for the video projection system would be invested at the end of each year, in other words, we would invest an equal amount every year for six years, hence, the future value formula of an ordinary annuity is the most appropriate to determine the value of the savings after six years
FV=annual savings*(1+r)^N-1/r
annual savings=$80
r=rate of return=3%
N=number of annual savings for 6 years=6
FV=$80*(1+3%)^6-1/3%
FV=$80*(1.03)^6-1/0.03
FV=$80*(1.194052296529-1)/0.03
FV=$80*0.194052296529/0.03
FV=$517.47
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Answer:
The answer is "First Choice".
Explanation:
The capacity allocation implies assets within each instance; the instance is system activation. That location of resources that are subject to several optimization algorithm restrictions involves an extensive debris field whenever the status of each process is role transition, that's why the Firms must decide how often discount customers must be permitted to reserve for capacity distribution with 2 groups.
On the balance sheet after adjusting entries are made, the amount shown for the allowance for doubtful accounts is equal to the total estimated uncollectible accounts as the end of the year. A doubtful account is a reduction of the total amount of acounts receivable appearing on a company's balance sheet and are listed as a deduction immediately below accounts receivable line item.
The amount of depreciation for the second full year, using the double-declining-balance method is $20,400.
<h3>What is the amount of depreciation in the second year?</h3>
Depreciation is a method used in expensing the value of an asset.
Double declining depreciation expense = [2 x (1/useful life of the asset)] x cost of the asset
Depreciation expense in year 1 = 2/5 x $85,000 = $34,000
Book value at the beginning of year 2 = $85,000 - $34,000 = $51,000
Depreciation expense in year 2 = 2/5 x $51,000 = $20,400
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Answer:
51,000
Explanation:
Beginning WIP 0
Started into Production (60,000+15,000)
Total Units 75,000
Transferred Out (60,000 – 15,000)
= 45,000 = 45,000 equivalent conversion units
Ending WIP 15,000
= 15,000 * .4 = 6,000
45,000+6000 =51,000
Total Units 75,000 = 51,000 conversion total equivalent units
Therefore the equivalent units of production for conversion costs for the month of July is 51,000
