Answer:
The correct answer is (c)
Explanation:
The structure of a sentence is important to avoid common sentence faults as it helps to better understand the sentence. There are various types of sentences such as compound, simple sentence etc. A complex sentence consists of at least one dependent clause and an independent clause. A dependent sentence can stand alone but for a better sentence, it is important to have an independent clause with a dependent clause.
Using the Gordon Growth Model (a.k.a. Dividend Discount Model), the intrinsic value of a stock can be calculated, exclusive of current market conditions. In this model, the value of the stock is equated to the present value of the stock's future dividends.
<span>Value of stock (P0) = D1 / (k - g)
</span>where
D1<span> = </span><span>expected annual </span>dividend<span> per share in the following year </span>
<span>k = the investor's discount rate or required </span>rate of return
g = the expected dividend growth rate
<u>From the problem:</u>
The value of stock is $10.80
D1 is $0.40
g is 0.08
k is unknown
Solution:
Rearranging the equation for Gordon Growth Model to solve for k:
k = (D1/P0) + g
Substituting the variables with the given values,
k = (0.40/10.80) + 0.08
k = 0.1170
In percent form, this is
0.1170 * 100% = 11.70%.
Thus, the total rate of return on the stock is 11.70%.
Answer:
The present value of the following series of cash flows discounted at 12 percent is:
$171,890
Explanation:
a) Data and Calculations:
Discount rate = 12%
$40,000 now;
$50,000 at the end of the first year;
$0 at the end of year the second year;
$60,000 at the end of the third year; and
$70,000 at the end of the fourth year
Future Value Discount Factor Present Value
$40,000 1 $40,000
$50,000 0.893 $44,650
$0 0.797 $0
$60,000 0.712 $42,720
$70,000 0.636 $44,520
Total present value $171,890
b) The present value is the discounted cash flow from series of future cash flows. The discount factor is applied to the individual cash flows, based on the number of years before the cash flow occurs.
Answer:
Solution attached in picture
Explanation:
