The prize is really worth $1,006,512.21.
Present value is the sum of cash flows discounted at the rate of interest or the discount rate. The annual cash flows for the next 10 years = $1.5 million / 10 = 150,000
The present value can be determined using a financial calculator
Cash flow from year 1 to 10 = $150,000
Discount rate = 8%
Present value = $1,006,512.21
Here is the complete question: You win a lottery with a prize of $1.5 million. Unfortunately the prize is paid in 10 an¬nual installments. The first payment is next year. How much is the prize really worth? The discount rate is 8 percent.
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b. 0.33 pieces/min
c. 1.66 pieces/min
d. 0.83 pieces/min
Answer:
Production rate = 1.66 pieces/min (Approx)
Explanation:
Given:
Average lead time = 18 minutes
Average work in process inventory = 30 pieces
Find:
Production rate
Computation:
Production rate = Average work in process inventory/Average lead time
Production rate = 30/18
Production rate = 1.66 pieces/min (Approx)
a) The machine's book value at the end of year 3, using the straight-line method, is $130,000.
b) The machine's book value at the end of year 3, using the units-of-production method, is $94,000.
b) The machine's book value at the end of year 3, using the double-declining-balance method, is $50,000.
Cost of machine = $400,000
Estimated residual value = $40,000
Depreciable amount = $360,000 ($400,000 - $40,000)
Estimated useful life = 4 years
Annual depreciation expense = $90,000 ($360,000/4)
Accumulated depreciation after three years = $270,000 ($90,000 x 3)
The book value after three years = $130,000 ($400,000 - $270,000)
Estimated useful life = 20,000 machine hours
Total hours that the machine ran in three years = 17,000 hours
Depreciation expense per machine hour = $18 ($360,000/20,00)
Accumulated depreciation = $306,000 ($18 x 17,000)
The book value after three years = $94,000 ($400,000 - $306,000)
Annual depreciation rate = 50% (100/4 x 2)
First-year depreciation expense = $200,000 ($400,000 x 50%)
Second-year depreciation expense = $100,000 ($200,000 x 50%)
Third-year depreciation expense = $50,000 ($100,000 x 50%)
Accumulated depreciation = $350,000
The book value after three years = $50,000 ($400,000 - $350,000)
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Answer: $130,000
$205,600
$50,000
Explanation:
Depreciation expense using the straight line depreciation method = (Original cost of asset - Salvage value) / useful life
Depreciation expense = ( $400,000 - $40,000) / 4 = $90,000
Net book value for year 1 =$400,000 - $90,000 = $310,000
Net book value for year two = $310,000 - $90,000 = $220,000
Net book value for year 3 = $220,000 - $90,000 = $130,000
Deprecation expense using the unit of production method = [ (Original cost of asset - Salvage value) / total estimated productive capacity] × actual productive use of asset
($400,000 - $40,000) / 20,000 = $18
Depreciation expense for year 1 = $18 × 3000 =$54,000
Net book value for year 1 = $400,000 - $54,000 = $346,000
Depreciation expense for year 2 = $18 × 1800 = $32,400
Net book value for year two = $346,000 - $32,400 = $313,600
Depreciation expense for year 3 = $18 × 6000 = $108,000
Net book value for year three = $313,600 - $108,000 = $205,600
In the double declining method = 2 × (1/number of years ) =2 × (1÷4) = 0.5
Deprecation expense using the double declining method = 0.5 × net book value
Depreciation expense for year 1 = 0.5 × $400,000=$200,000
Net book value for year 1 = $400,000 -$200,000=$200,000
Depreciation expense for year two = $200,000 × 0.5 = $100,000
Net book value for year two = $200,000 - $100,000 = $100,000
Depreciation expense for year 3 = $100,000 × 0.5 =$50,000
Net book value for year three = $100,000 - $50,000 = $50,000
Answer:
Horizontal expansion model
Explanation:
Renovation in Horizontal expansion model is one in which current business is upgraded with some new features to add value and another branch is opened to serve its customers. The customers needs are kept in mind before going for a renovation process.
Answer:
Eric Pense Journal Entries:
a. Dr Cash$23,000
Dr Office Equipment12,000
Cr Pense, Capital$35,000
b. Dr Land $8,000
Dr Building $33,000
Cr Cash$15,000
Cr Notes payable$26,000
c.Dr Supplies 600
Cr Accounts payable$600
d.Dr Automobile$7,000
Cr Capital$7,000
e.Dr Office Equipment$1,100
Cr Accounts payable$1,100
f.Dr Salary $800
Cr Cash$800
g.Dr Cash$2,700
Cr Fees Earned$2,700
h. Dr Utilities Expense$430
Cr Cash$430
i.Dr Account payable$600
Cr Cash$600
J. Dr Office Equipment $4,000
Cr Cash$4,000
k. Dr Accounts receivables$2,400
Cr Fees Earned$2,400
l. Dr Salary$800
Cr Cash$800
m. Dr Cash$1,000
Cr Accounts Receivable$1,000
n.Dr Pense, Withdrawal$1,050
Cr Cash$1,050
Explanation:
To record the transactions using the given account titles, journal entries need to be prepared. Each transaction must be debited and credited to the appropriate accounts based on the nature of the transaction.
In order to record the transactions provided, journal entries need to be prepared using the given account titles. Here is an example of how to record a transaction using these accounts:
Continue the same process for all other transactions, making sure to debit and credit the appropriate accounts based on the nature of the transaction. Use the given account numbers to assign each entry to the correct account.
Overall, journal entries are used to record the financial transactions of a business, showing how money is received or spent and the impact on various accounts.
#SPJ3
Answer:
$916.35
Explanation:
For this question we use the Present value function that is shown on the attachment. Kindly find it below
Provided that,
Future value = $1,000
Rate of interest = 6.5% ÷ 2 = 3.25%
NPER = 22 years × 2 years = 44 years
PMT = $1,000 × 5.78% ÷ 2 = $28.9
The formula is shown below:
= -PV(Rate;NPER;PMT;FV;type)
So, after solving this, the market price of the bond is $916.35
$80,000
Cleaning Supplies Used
22,000
Wages Expense
19,350
Office Rent Expense
5,150
Depreciation Expense—Machinery
550
Calculate the contribution margin and the contribution margin ratio. (Round your contribution margin to the nearest dollar, and your contribution margin ratio to two decimal places.)
A) $38,650; 48.31% B) $74,850; 93.56%
C) $60,650; 75.81% D) $32,950; 41.19%
Answer:
A) $38,650; 48.31%
Explanation:
The computation of the contribution margin and the contribution margin ratio is shown below:
Contribution margin = Service Revenue - Cleaning Supplies Used - wages expense
= $80,000 - $22,000 - $19,350
= $38,650
The variable cost is Cleaning Supplies Used + wages expense
And, the contribution margin ratio equals to
= (Contribution margin ÷ sales) × 100
= ($38,650 ÷ $80,000) × 100
= 48.31%