Having in mind the basic definition of risk, being the product of the probability and consequence, and fixing the consequence at the highest level, only probability of unfavourable event (leakage and/or failure) has been evaluated.
The following fixed point result is a consequence of [11], Theorem A.2.1, or [7], Theorem 1.2.1 and Proposition 1.2.1.
The following general common fixed point result is a consequence of Theorem 3.1 of Jungck [5], which will be needed in the sequel.
As a consequence, we obtain a fixed point result.
More important, natural selection and other processes change gene frequencies in ways not governed by pure chance, so that no allele has an opportunity to become fixed as a consequence of genetic drift alone.
The results show the possibility to reach an optimum of the COP by varying the ejector area, once the other parameters are fixed, as a consequence of the ejector regulation on the pressures at the inlet and outlet of the compressor.
As a consequence, fixed point theory is very useful for various quantitative sciences that involve such equations.
Even considering that many polymorphisms are eliminated or fixed as a consequence of genetic drift, it is expected that part of the human molecular diversity is a result of variable selective pressures in different geographical regions, each with its own different climate, pathogens and sources of food [29] [32].
The following fixed point result is also an immediate consequence of Corollary 3.1.
The fixed point result comes as an immediate consequence of Corollary 4.2 when (g=id). quad square).
Furthermore, the famous Banach [2] fixed point result was observed as a consequence of their main results.
