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In a binomial distribution, the probabilities of interest are those of observing a certain number of successes in independent trials, each of which has only two possible outcomes and the same probability successful. It hails from a strong mathematical quota and creates an inviolable situation for students to get furnishes with accuracy which sometimes becomes impossible for the students to fulfill. Academic experts at Sample Assignment, work towards eliminating all the problems related to the Binomial Theorem by simplifying the concepts and breaking it into simple steps. Here, we offer the best possible Binomial Theorem Assignment Help to the students who spend hours surfing to get the most reliable **Maths Assignment Help**.

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The binomial theorem is also known as Newton's binomial. It is a mathematical postulate that starts from a formula of type (x + y) n, expanding it into a sum comprised by terms of the form axbyc. Where b and c are natural numbers, the coefficient of each term is a positive integer dependent on n and b.

**Algebraically, this postulate expressed as follows:**

(a + b) n = k = 0nnkan-kbk

Where a and b are real numbers, while n is a natural number. By multiplying the binomial successively, then powers are generated:

**As established in the statement, the following statements are made:**

By breaking down the form (a + b) n, we have n + 1 terms.

The value of n in the power a will decrease in each term until reaching zero, while in the case of b, the process will be in reverse, starting at zero and increasing n in each term.

When adding the exponents of a and b, this will equal n.

The value of the coefficient in the first term will be equal to 1, while in the second, the value will be n.

It is determined that the coefficient of a term is equal to the product of the coefficient of the previous term when multiplied by the exponent of a, being divided by the number of the order it occupies.

The value of the terms located at the ends of the mathematical expression has equal coefficients.

Throughout history,Isaac Newton has been attributed to the idea of the binomial theorem, which is why it was named after him, popularly known as Newton's binomial.However, the discovery did not come from the genius of this renowned scientist.It was Al-Karj who, approximately during the year 1000, began the development of the postulate.But for the moment, it was only based on something theoretical, although it had great validity.

Newton used these bases to extensively develop thetheorem, so he decided to apply the interpolation and extrapolation methods of John Wallis.Performing tests in specific cases, and using concepts of exponents, he succeeded intransforming a polynomial expression into an infinite series.

By 1665 he expanded the theory of the postulate, claiming that n could be a rational number, and the following year determining that this exponent could be a negative number.The result of applying this test resulted in an infinite series of terms.In the latter case, he decided to apply Pascal's triangle to solve the problem with negative exponents.

Isaac Newton was able to detail that when he worked with these types of numbers, the series had no end.With this, he stated that by using a negative exponent, an infinite series will be obtained.When the form (x + y) was represented under the binomial (1 + x), the result would be valid as long as the value of x was between 1 and -1. In the case that n was a rational number, then binomial coefficients for fractions could be obtained.

After conducting these investigations, Newton established a relationship betweeninfinite series and finite polynomial expressions, deducing that both could operate in the same way.However, at the moment he did not express any interest in publishing his research.It was John Wallis who showed the public the theorem, stating that it was a contribution from Newton.Even so, long before these contributions were made, Euclid in 300 BC refers to the binomial theorem for n = 2 in his essay Elements.And Stifle was the one who first introduced the term binomial coefficient.

According to our Binomial Theorem Assignment experts, using Pascal's triangle, the binomial theorem can be used.This is defined as the representation of binomial coefficients in the form of a triangle.If you work with three dimensions, it is said to be Pascal's pyramid or Pascal's tetrahedron.Its construction begins with the number 1 at the tip of the triangle, which will be composed of nodes that are located in rows;the first will be numbered 0.

Each node in this tree will be made up of a number in the triangle.When adding two of these, it will give rise to the number that another node will occupy in the row below. Row 0 and row 1 will always be composed of only ones, and from two on, they will be the sum of two terms from the previous row.

The idea of designing this method was to develop the powers of binomials. It is here that the connection between Pascal's triangle and the binomial theorem was born, since the latter is expressed in the form (a + b) n, where a and b are any variable, and n is an exponent with the value of a natural number. It is through this formula that the coefficients of the nodes of each row of the triangle can be developed.

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