Answer:
Total PV= $26,176.63
Explanation:
Giving the following information:
Cash flow:
Cf1= $5,700
Cf2= $10,700
Cf3= $16,900
<u>To calculate the price of the investment now, we need to use the following formula on each cash flow:</u>
PV= Cf / (1+i)^n
PV1= 5,700/1.11= 5,135.14
PV2= 10,700/1.11^2= 8,684.36
PV3= 16,900/1.11^3= 12,357.13
Total PV= $26,176.63
State Capitalism or a Centrally Planned Economy
Answer: $1,900
Explanation:
Theft loss deduction is calculated by adjusting the fair market value of the asset for a theft loss floor limitation of $100 and 10% of the person's AGI.
Theft loss deduction is:
= Fair value -Theft floor limitation - 10% of AGI
= 7,000 - 100 - (10% * 50,000)
= $1,900
Answer:
The equilibrium expected rate of return is higher for Kaskin than for Quinn.
Explanation:
Option A “The equilibrium expected rate of return is higher for Kaskin than for Quinn” is more accurate because the expected return is calculated by multiplying the risk premium with beta value and then adding with risk-free return. However, if the beta value is high, then the magnitude after multiplying with the risk premium will be high. Moreover, is magnitude will be added to risk-free return to find the expected return. Thus, it can be seen that Kaskin has high beta 1.2 as compared to Quinn’s beta value 0.6. So, the Kaskin has a higher expected return.
Sum of the year's digits is 5 + 4 + 3 + 2 +1 = 15 years.
Depreciation base: 32,000 - 2,000 = 30,000
The depreciation applied in any year is the depreciation base times (number of years remaining divided by 15). The first year has the highest depreciation, and the fifth year has the lowest.
Depreciation:
1st Year: Dep Base x 5/15
2nd Year: Dep Base x 4/15
3rd Year: Dep Base x 3/15
4th Year: Dep Base x 2/15 = 30,000 x 2/15 = 4,000
5th Year: Dep Base x 1/15
Answer is $4,000
