Newton’S Binomial To Develop The Probability Of Seeing If People Can Have Down Syndrome

Newton’s binomial to develop the probability of seeing if people can have Down Syndrome

To what extent does Newton’s binomial help find the probability that a child has Down syndrome?

First, I decided to do this job because I am interested in the issue which is to apply Newton’s binomial theorem in order to know the probability if a child can have Down syndrome, I motivate me to do this issue because in most cases I am interested in thatDown Syndrome Theme That is why I decided to do this job and I certainly like to do it

I chose this issue because from a very young age I am interested, the reason for people with Down syndrome that is why knowing that there is a method to know if the amount of chromosomes of a newborn child is correct is thereforeInvestigate on this topic, most cases when I meet children with Down syndrome, I feel bad when I see them, since also seeing them as they act, their expressions, as long as it is sad to see them.

That is why I decided to find if a child can have Down syndrome. In addition to the fact that their parents can have disagreement by knowing their new children and seeing that this is not like others, as this would bring a conflict and feel disappointed with themselves.

The objective of this mathematical exploration is to apply the Newton’s binomial to find the probability of Down Syndrome, which is why, when using this method we can say that we can know if any newborn child can have Down syndrome due to the probability for the probabilityThat your chromosomes are correct or only if one chromosome is presented more than normal, that is, chromosome 21 is the cause of Down syndrome, that is this objective and purpose of this investigation, finding the probability of the number of chromosomes.

Therefore, after seeing as Newton’s binomial method, it can be feasible to find as the probability of the amount of chromosomes, and then be able to check if Newton’s binomial can really be of great help so that theNumber of chromosomes which if one is more than normal could be harmful to the being that has it, since it has Down syndrome.

The binomial theorem is as follows:

Inabbreviated as follows:

In. It should also be noted that the coefficients of each term are combinations. Remember that it is the number of ways to choose objects from a set of objects. The coefficients are combinatorial numbers that correspond to the nth row of the Tartaglia triangle (also known as Pascal triangle).

In the development of the binomial, the exponents of the decrease, one by one, of zero;And the exponents of the increase, one by one, from zero to, in such a way that the sum of the exponents of and in each term is equal to  .

In the event that one of the terms of the binomial is negative, the positive and negative signs alternate.

According to Cantoral and Farfán (1998), they used Newton’s binomial in the development of the notion of prediction of flow variants for the advancement of thought and variational language. The prediction of these phenomena in nature, facilitate the progress of a certain system. According to the authors: "The mathematical object, Newton’s binomial, is presented as an entity that emergressive from the socially shared practices system linked to the resolution of a clue of situations that require prediction" (Cantoral and Farfán, P. 362).

In other wordsThe child presents a chromosome more than normal this tends to have Down syndrome.

That is why with this I wanted to imply that mathematics is beautiful since since childhood it is the subject in which I perform much more, in this one you can see and compare with the art and beauty of numbers and problemsTo develop and find. On the other hand, mathematics is abstract, since it is we who develop it more do not exist the numbers to be able to visualize it, it is we who do mathematics, but it has always been sought with them to find formulas or models to solve a problem. In the case of this mathematical exploration, the Newton’s binomial is sought to present an application in decision making that can be executed in different facets of life: administration, economy, medicine, engineering, even in medicine, the latter the latterThis is what we will develop, as Newton’s binomial method can find the probability of the amount of chromosomes. Perhaps the Newton’s binomial is noticed on paper, but doing it through programming is obtained a useful tool to make a decision, and to know how many children can have Down syndrome.