The place in the quadrant where there is the focus is on leveraging current core competencies to improve current market position is known as:
- existing competence--existing market
<h3>What is a Market?</h3>
This is a place where buying and selling of goods or services takes place and a currency of value is exchanged.
With this in mind, we can see that in the existing competence--existing market, there is a focus is on leveraging current core competencies to improve current market position.
Read more about markets here:
brainly.com/question/26098648
The type of employee that would most likely be satisfied and perform at a high level is motivated employee.
<h3>Who is
Hackman and Oldham?</h3>
Richard Hackman and Greg Oldham developed a model which itself motivates employees for the jobs.
The model focuses on the perspective that if the job is not monotonous, it can motivates the employee and would not feel discouraged to work.
Hence, the type of employee that would most likely be satisfied and perform at a high level is motivated employee.
Read more on about Hackman and Oldham here: brainly.com/question/13103980
#SPJ1
Umm what ;-; Imao I don’t get this
Answer:
30.8
Explanation:
The solution of factor-rating score for Ling Services is provided below:-
Factor-rating score = (Weight for Factor A × Rating for Factor A) + (Weight for Factor B × Rating for Factor B) + (Weight for Factor C × Rating for Factor C)
= (0.50 × 30) + (0.20 × 46) + (0.30 × 22)
= 15 + 9.2 + 6.6
= 30.8
So, we have calculated the factor-rating score for Ling Services by using the above formula.
Answer:
The answer is $86,167.57 (to 2 decimal places)
Explanation:
In this question, we are to calculate the present value of a certain amount that is compounded semiannually, and after 10 years, yields a future value of $200,000. To calculate this, we will use the formula for calculating present value as follows:
PV = FV ÷ 
where:
PV = present value = ???
FV = future value = $200,000
r = interest rate in decimal = 8.6% = 0.086
n = compounding period pr year = semiannually = 2
t = time of compounding in years = 10
Therefore,
PV = 200,000 ÷ 
PV = 200,000 ÷ 
= $86,167.57
