Answer:
Using the current capital structure
Ke = Rf + β(Risk premium)
Ke = 5 + 1.60(6)
Ke = 5 + 9.60
Ke = 14.60
Weighted cost of equity
= 14.60(20/100)
= 2.92%
Using the new debt-equity ratio
Ke = 5 + 1.60(6)
Ke = 5 + 9.6
Ke = 14.60%
Weighted cost of equity
Ke = 14.60(60/100)
Ke = 8.76%
Difference in cost of equity
= 2.92% - 8.76%
= -5.8%
Explanation:
There is need to calculate the cost of equity based on capital asset pricing model where Rf represents risk-free rate, Rp denotes risk-premium and β refers to beta. Then, we will calculate the weighted cost of equity by multiplying cost of equity by the proportion of equity in the capital structure. We will also calculate the new weighted cost of equity by multiplying the cost of equity the new proportion of equity in the capital structure. Finally, we will deduct the new weighted cost of equity from the old weighted cost of equity.
Based on the research studies and situation described, according to Levinson, Jensen is in the <u>Novice</u> phase of adult development.
Daniel Levinson was a famous researcher whose interest centered on different stages of life from childhood to old age.
Daniel Levinson concluded that early adulthood lies between the ages of 17 to 45.
This early adulthood is then categorized into two, the <u>novice</u> phase between 17 to 33 and the culminating phase, which is between 33 to 45.
Thus, given that Jensen is 25, it is concluded that according to Levinson, Jensen is in the <u>Novice</u> phase of adult development.
Hence, in this case, it is concluded that the correct answer is "<u>Novice</u>."
Learn more here: brainly.com/question/1578703
Answer: a.)maximizes the minimum return.
Explanation:
Answer:
(1). Increament in GDP.
(2). Decrease In marginal product.
(3). POSITIVE marginal Product (MP).
Explanation:
"If data links connecting different parts of the united states were to fail, gdp would fall. if, on the other hand, the network of state-of-the-art, high-speed connections were doubled in size" what will happen are given below;
=> There will be an increase in the Gross Domestic Product (GDP).
=> There will be a reduction In the value of the marginal Product (MP). The marginal Product (MP) will reduce as far more than the original network.
=> The marginal Product (MP) will be POSITIVE.
Answer:
11%
Explanation:
To address this exercise, we need to recall the formula for dividend discounted model (DDM). The DDM is stated as below:
Stock intrinsic value = Next year dividend/(Required rate of return - Long term growth)
Rearrange a bit this formula, we have:
Next year dividend/Stock intrinsic value = Required rate of return - Long term growth, or
Dividend yield = Required rate of return - Long term growth
Putting all the number together, we have:
6.4% = Required rate of return - 4.6% or Required rate of return = 11%
