This is binomial
distribution problem. <span>
We are given that:</span>
n = sample size = 500
p = proportion which
burns wood = 0.27,
q = proportion which
does not burn wood = 1-p = 0.73
<span>
A. Mean is calculated as:</span>
Mean = n*p
Mean = 500 * 0.27
Mean = 135
<span>
B. Variance is calculated as:</span>
Variance = n*p*q
Variance = 500*0.27*0.73
Variance = 98.55
<span>
C. Standard deviation is calculated as:</span>
Standard deviation = sqrt(variance)
Standard deviation =
sqrt(98.55)
<span>Standard deviation =
9.93</span>
Answer:
The correct answer is Allocative efficiency.
Explanation:
Although there are different evaluation standards for the concept of allocation efficiency, the basic principle states that, in any economic system, the different options in the allocation of resources will produce both "winners" and "losers" in relation to the choice being evaluated. The principles of rational choice theory, individual maximization, utilitarianism and market theory assume, in addition, that the results for both winners and losers can be identified, compared and measured.
From these basic premises, the objective of maximizing the efficiency in the allocation can be defined according to some neutral principle in which some options are considered “objectively better than others”. For example, an economist might say that a change in policy increases the efficiency of allocation, as long as those who benefit from the change (winners) earn more than the losers lose.
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Answer:
i think it would be loan officer but im not sure sorry if thats wrong
Non covalent interactions within the macro molecules determine the three dimensional structures of the macro molecules. Non covalent interactions are also involved in many biological processes in which large molecules bind specifically and transiently to one another. <span />
