Akio is asking himself: C. Is it feasible?
<h3>What is a problem-solving process?</h3>
A problem-solving process can be defined as a systematic approach that is used for the identification and determination of the solution to a particular problem.
In this scenario, we can logically deduce that Akio is asking himself "Is it feasible?" by considering if he had sufficient time and resources to achieve it.
Read more on problem-solving here: brainly.com/question/10708306
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Complete Question:
Akio is evaluating the alternatives that might solve his company's problem. One alternative would be an excellent outcome, but Akio is considering if he has enough time and resources to achieve it. Akio is asking himself: Multiple Choice
A. Is it profitable?
B. Is it ethical?
C. Is it feasible?
D. Is it efficient?
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For a randomly selected screen monitor, the probability that the selected monitor will have a screen defect is 0.04.
<u>Explanation:</u>
μPˆd = 0.04
n = 100
mean = 0.04 multiply with 100 = 4
A mean is the basic scientific normal of a lot of at least two numbers. The mean for a given arrangement of numbers can be figured in more than one way, including the number-crunching mean strategy, which utilizes the whole of the numbers in the arrangement, and the geometric mean technique, which is the normal of a lot of items. In any case, the entirety of the essential strategies for processing a straightforward normal produces the equivalent inexact outcome more often than not.
The mean is the numerical normal of a lot of at least two numbers. The math mean and the geometric mean is two sorts of implications that can be determined. Adding the numbers in a set and separating by the absolute number gives you the number-crunching mean. The geometric mean is progressively convoluted and includes duplication of the numbers taking the nth root.
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