Answer:
Option (D) is correct.
Explanation:
We have to use MM proposition that cost of equity will change itself in such a manner so that it can take care of its debt.
Cost of equity:
= WACC of all equity firm + (WACC of all equity - Cost of debt ) × (Debt -to-equity ratio)
At the beginning, when there was no debt,
WACC = cost of equity = 10%
Levered cost of equity:
= 10% + ( 10% - 6%) × 0.2
= 10.8%
Therefore, Taggart's levered cost of equity would be closest to 11%.
Answer:
The slope of the total output curve at the relevant point.
Explanation:
A marginal physical product can be defined as the extra output which is being generated by using an extra input. This ultimately implies that, marginal physical product of labor refers to the change in the level of output that is generated from using an additional unit of labor.
Mathematically, marginal physical product of labor is given by the formula;
Marginal physical product of labor = ΔY/ΔL
Where, ΔY is the change in total physical output.
ΔL is the change in labor.
In the short run, when the number of workers are increased it would result in a diminishing marginal product with respect to the law of diminishing marginal returns.
The marginal physical product of labor is the slope of the total output curve at the relevant point.
<em>For instance, if brainly producing 50 answers decides to employ one more tutor and is then able to produce 55 answers, the marginal physical product of labor is simply 5. </em>
When the stock markets crash, the businesses crash because the economy relies on the circulation of money to stay alive, when stock markets crash, money is slowing down and businesses can't afford to keep their business
Answer:
I used the relative frequency method
Explanation:
To solve this question we can use the relative frequency to find out each probability. The relative frequency is the ratio of the occurrence of each event and the total number of outcomes.
Here the experiment has been repeated 50 times, so that is the total number of outcomes and the denominator. There are 3 possible events E1, E2, and E3, so we can calculate the ratios to get the probabilities
Event E1 occurred 20 times of the 50: 
Event E2 occurred 13 times of the 50: 
Event E3 occurred 17 times of the 50: 
