Answer:
C) both anonymous and confidential
Explanation:
- As the student-run, the new paper and ask other students to visit a link firm the new paper and respond to those questions and the responses for only those questions were recorded.
- This indicates that the newspaper survey is anonymous and confidential as the ant student can fill the survey and the information that is confidential as none outside the newspaper has access to those responses.
Answer:
$1,238.85
Explanation:
In this question, we use the present value formula which is shown in the spreadsheet.
The NPER represents the time period.
Given that,
Future value = $1,000
Rate of interest = 7%
NPER = 8 years
PMT = $1,000 × 11% = $110
The formula is shown below:
= -PV(Rate;NPER;PMT;FV;type)
So, after solving this, the answer would be $1,238.85
Answer:
The correct choice is C)
The most logical thing to do would be to calculate the value of the stock in 5 years time.
Explanation:
This speaks to ones understanding of dividend growth stock valuation models. These tools are used to establish a fair value for a stock by discounting the present value of its future dividends. A commonly used model is the constant growth dividend discount model.
The formula for the DDM, which assumes constant growth in dividends, is provided below.
P0 = D1/(r-g)
Where,
P0 = intrinsic value of stock
D1 = dividend payment one year from today
r = discount rate
g = growth rate
Identifying the correct answer entails establishing a timeline of the expected cash flows. We are given the following information:
t0 = $0
t1 = $0
t2 = $0
t3 = $0
t4 = $0
t5 = $0.20
t6 = $0.20 * 1.035
Given a rate of return, we could use the constant growth dividend discount model to establish the fair value of the firm at t5 (five years from today). Incidentally, to determine today's value, we'd discount it back another five years.
Based on the information above, we are able to prove that the answer is '5'.
Cheers!
$4,050, i got that by adding up each size than subtracting the totals
Answer:
Their combined future value will be 8,141.59.
Explanation:
Each deposit is invested at 12%, but for a different amount of years. So, the best thing would be to separate the three, calculate their value at the end of the third year for separated, and then obtain the grand total by adding up the results.
- First deposit = 1,200. It is invested for three years. The value at the end of year 3 is 1,200*(1.12)^3 = 1,685.91
- Second deposit = 2,200. It is invested for two years. The value at the end of year 3 is 2,200*(1.12)^2 = 2,759.68
- Third deposit = 3,300. It is invested for one years. The value at the end of year 3 is 3,300*(1.12) = 3,696.00
- The sum of the three deposits is 8,141.59.