Answer:
Explanation:
The cost of equity can be estimated using two (2) different models:
- <em>The Dividend Valuation Model</em>
- <em>The capital asset pricing model (CAPM)</em>
<em>The Dividend Valuation Model(DVM) is a technique used to value the worth of an asset. According to this model, the value of an asset is the sum of the present values of the future cash flows would that arise from the asset discounted at the required rate of return. </em>
The model is stated below as follows
P = D(1+g)/ke-g)
<em>The capital asset pricing model (CAPM): relates the price of a share to the market risk or systematic risk. The systematic risk is that which affects all the all the economic agents, e.g inflation, interest rate e.t.c
</em>
<em>This model is considered superior to DVM. Hence, we will use the CAPM</em>
Using the CAPM , the expected return on a asset is given as follows:
E(r)= Rf +β(Rm-Rf)
E(r) =? , Rf- 2.86%, Rm-Rf - 7.00 β- 1.23
E(r) = 2.86% + 1.23× 7%
= 2.86% + 8.61%
= 11.47
%
Cost of equity= 11.47
%
Answer:
The correct answer is: "You would have $589 the end of year 10".
Explanation:
The logics of the statement remains in the amount of money remained after 10 years of savings with a 10% annual interest. This means that, after you deposit $100 now (nº 0), on the first current year you would have ended up with $110, although in the second year (nº 2) you would have made a deposit of $200, which means you would have made total earnings of $310, plus the annual interest of $31. After the second year, all subsequent ones wound count on with an annual interest of $31, which means that at end of year 10 you would have reached the amount of $589.
(ps: mark as brainliest, please?!)
For this case we have an equation of the form:
Where,
A: initial amount
b: growth rate
x: number of years
Substituting values we have:
By the time the earnings increase to 75000 we have:
From here, we clear x:
Answer:
you will have to wait until 23.95 years your winnings are worth $ 75,000
