Answer: a.)maximizes the minimum return.
Explanation:
Answer:
YTM = 12.66%
Explanation:
FV = ¥100,000
PV = 0.87 x ¥100,000
PV= ¥87,000
Coupon payment = 4.3% x ¥100,000
Coupon payment = ¥4300 per year
N = 18 years
YTM = ?
We would simply plug these values into a financial calculator
https://www.calculator.net/finance-calculator.html?ctype=returnrate&ctargetamountv=1000000&cyearsv=18&cstartingprinciplev=87000&cinterestratev=6&ccontributeamountv=4300&ciadditionat1=end&printit=0&x=0&y=0
YTM = 12.66%
Answer:
The correct answer is B: $5,600
Explanation:
Giving the following information:
Schager Company purchased a computer system for $40,000. The estimated useful life is 10 years, and the estimated residual value is $5,000.
Double-declining balance method= Netbook value* (2/useful life in years)
Year 1:
Double-declining balance method= (40000-5000)*(2/10)= $7000
Year 2:
Double-declining balance method= (35000-7000)*0.20= $5,600
Answer:
Deductible depreciation = $2,660
Explanation:
Given:
Amount of car = $14,000
Personal use = 30%
Business use = 70%
Total depreciation = $3,800
Deductible depreciation = ?
Computation of Deductible depreciation:
Deductible depreciation = Total depreciation × Business use percentage
Deductible depreciation = $3,800 × 70%
Deductible depreciation = $2,660
Answer:
Acquisition cost of the Equipment = $94,000
Double declining depreciation rate = 25%
Explanation:
a. The computation of the acquisition cost of the equipment is shown below:-
Acquisition cost of the Equipment = Invoice cost + Freight costs + Installation wiring and foundation + Material and labor costs used in testing
= $90,000 + $1,100 + $2,200 + $700
= $94,000
b. The computation of double declining depreciation rate is here below:-
Double declining depreciation rate = 1 ÷ Depreciation life × Times
= 1 ÷ 8 × 2
= 0.125 × 2
= 0.25
or
= 25%