Answer:
Option A is the cheapest.
Explanation:
Giving the following information:
The engineering department estimates costs of $450,000 for the first year. It is estimated that if process and plant alterations are made, the waste treatment cost will decline $43,000 each year. As an alternative, a specialized firm, Hydro-Clean, has offered a contract to process the waste liquids for 15 years for $225,000 per year.
We need to use the following formula and chose the smallest net present value:
NPV= Io +∑ [Cf/(1+i)^n]
Option A:
Io= 407,000
Year cost= 43,000
NPV= 734,061
Option B:
Yearly cost= 225,000
NPV= 1,936,368
<span>When downsizing employee the most effective method I feel will be to based the decision on facts or documented evidence that may be difficult to dispute. The source of data can be used maybe the last few performance appraisal results, absenteeism , productivity rate and other soft skills to measure suitability to the job. Create a matrix identifying the criteria and measure the grade of each employee based on the criteria. In a way this is a measured evaluation.
The least effective i would think are those decisions based on emotional considerations.</span>
Answer:
The correct answer is the first option: Emphasizes perspective of senior managers and that management, as a profession, can be taught.
Explanation:
To begin with, the term known as "Administrative Management" refers to the discipline whose main purpose is to focus in the efficient and effective organization of people, information and procedures inside the entity that will all lead to the completion of the tasks that are needed to be done in order to achieve the termination of the product or service that organization produces. This particular approach seeks for the employers to achieve the field in where the understand all the contents necessary to analyze what is happening around the organization and be able to work with that as good as possible.
Answer:
a) 0.0358
b) 0.0395
c) 0.1506
Explanation:
Number of clues "daily doubles" = 3
Determine the probabilities
<u>a) P(single contestant finds all three ) </u>
assuming event A= a returning champion gets the "daily double" in first trial
P(A) = 1/30 , P(~A) = 29/30
assuming event B = any player picks up "daily double" after the first move
P(B |~A ) = 1/3
hence : P ( B and ~A ) = 29/30 * 1/3 = 29/90
<em>considering second round </em>
P(player chooses both daily doubles ) = 1/3 * 1/3 = 1/9
∴ P(single contestant finds all three ) = 29/90 * 1/9 = 0.0358
<u>B) P ( returning champion gets all three ) </u>
= (1/30 + 29/90 )* 1/9
= 32 / 810 = 0.0395
<u>c) P ( each player selects only one )</u>
P = 32/405 + 29/405
= 61 / 405 = 0.1506
