The correct answer is C. Highly motivated IT, college graduate, with software design internship. Experience with Java, XML, and HTML. Logical and systematic problem-solver; capable of independently troubleshooting and performing complex coding tasks.
Explanation:
Qualification profiles should mention the qualifications of a candidate for a specific job or position. This includes information about the education, skills, and even experiences of the individual. Moreover, a qualification profile should be brief and should be written using the third person.
All of these requirements are met only in option C because this includes information about education "IT college graduate", experience "experience with Java, XML..." and relevant skills for this job "problem-solver, capable of independently troubleshooting...". Also, this is brief but still includes more information about qualifications than other options. Finally, this is written using the third person as the author avoids the use of words such as "I".
36000/12=3000
so 3000 a month he makes.
3000-405=2,595
405x12= 4860
The price of the stock 19 years from now would be the present value of all the dividends to be paid starting year 20. Here, to compute the PV of the dividends, we can use the PV of perpetuity formula as the dividends will be paid for the infinite period of time.
Value of the stock after 19 years = Dividend year 20/ required return
= $20 / 0.0725
= $275.86
Answer:
Background, problem, and purpose
Explanation:
A project proposal consists of multiple segments. The section titled Background, problem and purpose outlines the context of the project and the problem that it seeks to address. In essence, this section provides a brief overview of the project purpose and the subsequent sections of the proposal add additional details which are relevant to the execution of the project.
Answer:
The length of time = 12 years
Explanation:
<em>The number of years the case would be determines the length time it takes the present value of annuity of 17,000 to equate the initial cost </em>
Initial cost = A× (1- (1+r)^(-n)/r =
A- 17,000, r- 13%, n - ?
So we will need to work out the value of " n"
100,000 = 17,000 × 1- 1.13^(-n)/0.133
100,000/17,000 =1- 1.13^(-n)/0.13
5.88235 ×0.13 = 1- 1.13^(-n)
n = 12
The number of years is approximately 12 years
The length of time = 12 years
