Answer:
Cost of equity = 10.7%
Explanation:
<em>According to the dividend valuation, the value of a stock is the present value of expected future dividends discounted at the required rate of return.</em>
<em>The model can me modified to determined the cost of equity as follows:</em>
Cost of equity = D/P + g
d- dividend payable next period, p- price of stock ,, - g- growth rate
D- 4.5%, p- $2.48 , g -4.5%
Cost of equity = (2.48 /39.85) + 0.045
= 10.7%
Answer: The correct answers are "A. Accept" and "$ 0.01".
Explanation: Given that we talk about optimal strategy when maximizing the expected profit by the player:
In the first case It is convenient to accept the proposal and keep $ 0.12, instead of rejecting it and running out of nothing.
And in the second case it is convenient to give the classmate as little as possible so that he accepts and we have a greater profit.
<span>With the following actions provided above, it
has been concluded that the marketers has responded to the environmental
stability in which these are strategies that is helpful in the environment, in
the economy and to meet the needs that will be helpful in the future.</span>
Answer:
<em>Hamburgers = 27</em>
<em>Sodas = 93</em>
Explanation:
Let x = Hamburgers
y= Sodas
Now form a system of equation aX + bY = C
where
a= 1.75 = coefficient of variable X
b= 0.75 = coefficient of variable Y
C= 117.50
Put these values in above equation
1.75x + 0.75y = 117.50 . . . . . (1)
Since I sold total of 120 hamburgers and sodas, we can write
x + y = 120 . . . . . (2)
or y = 120 - x ....... put this value in eq.1
1.75x + 0.75( 120 - x ) = 117.50
1.75x + 90 - 0.75x = 117.50
90 + x = 117.50
x = 117.50 - 90
x = 27 .......... put this in equation 2
x + y = 120
27 + y = 120
y = 120 - 27
y = 93