Answer:
the project's MIRR is 13.50 %.
Explanation:
MODIFIED INTERNAL RATE OF RETURN (MIRR)
-It is the rate that causes the Present Value of the Terminal Value (Future Cash flows at the end of the Project) to equal Present Value of Cash outflows.
-MIRR assumes a reinvestment rate at the end of the project
The First Step is to Calculate the Terminal Value at end of year 3.
Terminal Value (FV) = Sum of (PV x (1 + r) ^ 3 - n)
= $350 x (1.11) ^ 2 + $350 x (1.11) ^ 1 + $350 x (1.11) ^ 0
= $431.24 + $388.50 + $350.00
= $1,169.74
The Next Step is to Calculate the MIRR using a Financial Calculator :
(-$800) CFj
0 CFj
0 CFj
$1,169.74 CFj
Shift IRR/Yr 113.50 %
Therefore, the MIRR is 13.50 %
Answer:
1) Part 1. Operating Income = Revenue - Operating cost
=201,000 - 56,000
=$145,000
Part 2. Operating Income = Revenue - Operating cost
= 159,000 - 55,000
= $104,000
Part 3. Operating Income = Revenue - Operating cost
= 89,000 - 15,000
=$74,000
2. Part 1. Operating Income = Revenue - Operating cost
=201,000 - 45,600
=$155,400
Part 2. Operating Income = Revenue - Operating cost
=159,000 - 25,000
=$134,000
Part 3. Operating Income = Revenue - Operating cost
=89,000 - 55,400
=$33,600
<span>Should begin with immediate and effective comments/responses from all employees. There should then be meetings held to discuss the findings and to elaborate on what can be done to begin forming an effective communications program for all employees.</span>
Answer:
The CPA Practice Advisor
The probability that the mean price for a sample of 30 federal income tax returns is within $16 of the population mean is:
= 56%
Explanation:
a) Data and Calculations:
Population mean (preparation fee for 2017 federal income tax returns) = $273
Population standard deviation of preparation fees = $100
Mean price for a sample of 30 federal income tax returns = $257 (which is within $16 of the population mean)
z = (x-μ)/σ
z = standard score
x = observed value
μ = mean of the sample
σ = standard deviation of the sample
Z = ($273 - $257)/$100
= 0.16
Using the z-table
P = 0.5636
Her expected gain is $7,000 based on the information shown on the question above. This problem can be solved by using the expected value formula which stated as EV = W*Pw-L*Pw where EV is the expected value, W is the win value, Pw is the probability of winning, L is the lost value and Pl is the probability of losing<span>. Calculation: 7,000 = (40,000-5,000)*0.3 - 5,000*(1-0.3)</span>
