Answer:
$150,000×20,000=3.000.000.000
Explanation:
3.000.000.000÷10=300.000.000 years
Answer:
Cost of common equity is 15.7% and WACC is 7.2%
Explanation:
D1 is
D1= 2.25 (1+0.05)
The cost of common equity is
Rs = 2.36/ 22.00 + 5% =0.157= 15.7%
The cost of common equity is weighted average cost of capital (WACC)
WACC = (0.35) * (0.08) (1- 0.40) + 0 preferred stock+ (0.35) * (0.157)
WACC = 0.03 *0.6 + 0 + 0.054
WACC = 0.018 + 0.054
WACC = 7.2%
They dont see the end benefit
Not 100% on this one
Answer:
The price of the stock today is $3.49. The right answer is A.
Explanation:
In order to calculate the price of the stock today, we need to calculate first Value after year 5 with the following formula:
Value after year 5=(D5*Growth Rate)/(Required return-Growth Rate)
To find D5 we need to make the following calculations:
IF D1=0.3
, hence D2=(0.3*1.1)=0.33
, D3=(0.33*1.1)=0.363
, D4=(0.363*1.1)=0.3993 and D5=(0.3993*1.1)=0.43923
Therefore, Value after year 5=(0.43923*1.05)/(0.15-0.05)
=$4.611915
Therefore, now we can calculate the the price of the stock today with the following formula:
current price=Future dividends and value*Present value of discounting factor(rate%,time period)
=0.3/1.15+0.33/1.15^2+0.363/1.15^3+0.3993/1.15^4+0.43923/1.15^5+$4.611915/1.15^5
=$3.49
Answer:
Because the test statistic is less than the critical value, we can reject the null hypothesis and conclude that the population correlation coefficient is less than zero.
Explanation:
Because the question is based on the hypothesis test of the significance of the correlation coefficient to decide whether the linear relationship in the sample data is strong enough to use to model the relationship in the population. If the tests concludes that the correlation coefficient is not significantly different from zero, it means that the correlation coefficient is not significant.
