Eskom is a South African public company which handles the electricity for public usage in the South Africa. Eskom is the stand-alone generator of electricity in South Africa which holds the monopoly over the power plants and transmission. Eskom managed more than 10 power stations in South Africa. South Africa experienced an electricity crisis despite its number of power stations.
The 10 million U.S. residents with the highest SES outlive the 10 million with the lowest SES who live in rundown areas by about <u>30</u> years.
<h3>What is socioeconomic status (SES)?</h3>
Socioeconomic status can be defined as the status of people in a society or community as based on the followings:
- Income
- Occupation
- Education
In the United State of America people who are educated and earn higher income including having the best health care tend to live longer compare to those who live in a very poor condition and has a lowest SES.
Inconclusion 10 million U.S. residents with the highest SES outlive the 10 million with the lowest SES who live in rundown areas by about <u>30</u> years.
Learn more about socioeconomic status here:brainly.com/question/3867614
There are 4 jacks in the deck.
13 are clubs and 26 are all red cards.
The computation for the following problems are shown below:
a.
All are jacks
Computation: 4/52 * 3/51 * 2/50 = 1/5525
b.
All are clubs
Computation: 13/52 * 12/51 * 11/50 = 11/850
c.
All are red card
Computation: 26/52 * 25/51 * 24/50 = 2/17
Answer:
Cost of equity = 11.7%
Explanation:
<em>The capital asset pricing model is a risk-based model. Here, the return on equity is dependent on the level of reaction of the the equity to changes in the return on a market portfolio. These changes are captured as systematic risk. The magnitude by which a stock is affected by systematic risk is measured by beta.</em>
Under CAPM, Ke= Rf + β(Rm-Rf)
Rf-risk-free rate,-4%, β= Beta-1.10, (Rm-Rf) = 7% ,Ke = cost of equity
Using this model,
Ke=4% + 1.10×7%
= 11.7 %
Cost of equity = 11.7%
Answer:
The answer is: $57.30
Explanation:
To determine the expected value of each warranty policy that was sold, we can use the following formula:
expected value = policy price - (probability of failure x cost of replacement)
expected value = $60 - (0.6% x $450)
expected value = $60 - $2.70 = $57.30
