Chapter 2The associated document. In the study of mathematics project "Infinity Foundation, removable easy" make and collect ideas from various documents that are related to the content of the project. Any of the following: 1. the essence of learning mathematics involved.The main mathematical upnai 1.1 1.2 to prove the mathematical upnai.1.3 properties of powers of the roots n 1.4Infinite polynomial equation root 1.5 1.61.7 the sequence and series. 2. skills and mathematical processes.1. the essence of learning mathematics involved.1.1 main mathematical upnai In the study of mathematics, it is sometimes found, the image that is associated with an integer, i.e., the sum of the odd number. 1 = 1 = 12 1 + 3 = 4 = 22 1 + 3 + 5 = 9 = 32 And then predict the General image that 1 + 3 + 5 + ... + (2n – 1) = n2 where we will get the message that the conjecture (Conjecture), we cannot tell whether we have given is true or false. If we check by replacing integer, all will not be able to do this because it may be the case that one of the causes of this conjecture is false, where we will have to waste time in value. To find out if you will, is false. We will be using the mathematical upnai. Upnai mathematical principles as the axiom of El Paris (Peano Postulates), 5 where it says. If S is a subset of any set of cardinality which contains the following properties. 1. 1 S 2. 1.2 mathematical proof by upnai The definition given N is a positive integer. For n ∈ N and P (n) is a text in terms of n. (1) P is true. If P (k) is true, then P (k + 1) is true, then P (n) is true for every n ∈ N. Proof text: for any n count P (n) is actually written as a symbol. When the P (n) is the message about the n and N represents the set of counts, that is, N = {1, 2, 3, ...}. Conclude that proof the text in the upnai mathematical principle, we will show the 2 step is. 1. show that P (1) is true (this process is called the main base (basic step) stage. 2. show that is true (this process is called upnai stage) (the induction step).For example, I use upnai mathematical proof that 1 + 2 + 3 + ... + n = 0 for any positive integers n. How to make the P (n) instead of 1 + 2 + 3 text + ... + n = America (1) Indicates that P (1) = 1 is true. 1 = 1 Therefore, P (1) is true. To prove that if P (k) is true, then P (k + 1) is true. Let P (k) 1 + 2 + 3 is actually + ...+ k = (2) ....... Indicates that P (k + 1) is true, that is. 1+2+3+ ...+ k + (k+1) = From (2) plus the (k + 1), both sides will have that. 1+2+3+ ...+ k + (k+1) = + (k+1) = = Therefore, if P (k) is true, then P (k + 1) is true, then (1) and (2) by means of mathematical upnai. P (n) to conclude that is true for all positive integers. Note: (1) the main base, and called the step (2) is called the upnai step. Summary from step 1, we know that this conjecture is true. For n = 1 and from step 2, we know that further that if this conjecture is true. For n = 1 + 1 = 2. Likewise, it is true for n = 2 + 1 = 3. And so on, that is, if the procedure P (k + 1) is false, other false will cause the text accordingly.1.3 properties of the number raised to a power.Exponentiation is a mathematical operation, one written as, which consists of a base, and the second number is the exponent (or) n. Exponentiation is repeated multiplication of a number n is a factor when n is positive, such as the. N Normally exponents are displayed as a superscript to the right of the reading that a number raised to a power n an. If a is any amount of m and n is a positive integer.1. (am)(an) = am + n 2. (am)n = amn 3. = am – n 4. a0 = 15. a-m = 6. (ab)n = anbn1.4 square root nChapter definitions. If a and x is a real number and n is a positive integer that is greater than 1, and x is. The square root of n, xn = a a. A real number that is a root of a n may have multiple values, but there will be a real number, which we called the main root of a real number n of a, and writing with symbols. If a is a real number and n is a positive integer that is greater than 1, it means the following:Table 1 shows the root n when n is any positive integer.n a > 0 a < 0 a = 0 Number of pairs are root n. That is not a positive real number. = 0Odd number is the square root n. The positive square root of a is n. The negative of a = 0 Is the positive square root of n a a n's reading that the kron or up a main root of n and n is called the mark kron called that sequence, or an index of kron? If n is equal to two and then write instead. 1.5 infinite rootsInfinite roots with nested root to install the. The format of the solution is infinite roots. Are as follows:1. find the pattern of infinity. 2. find the pattern of infinity. 3. find the pattern of infinity. 4. find the pattern of infinity. 5. find the pattern of infinity. 6. find the pattern of infinity. 7. find the model in the form of equations, infinite. The model 8, finding the roots of equations in the form of an infinite. 1.6 polynomial equation (Polynomial Equations). A polynomial is an expression that can be written as a sum of a monomial or a monomial monomial from 2 or more. For the quadratic polynomial equations that factor does not. The following formula can be used. Ax2 + bx solution is Let's say + c = 0 is the answer to the equation. For example, a polynomial equation solving Zhong x2 + 10x + 6 = 0. How to make the formula. It was found that a = b = 1, c = 1, 6. x Therefore, the answer to the equation is and. 1.7 the sequence and series.The order (Sequence) of a sequence is a function definition with the domain set of positive integers. The first, called a sequence of n limited. A sequence that contains the domain of positive integer set. Known as infinite series. Arithmetic sequence (Sequence Arithmetic) if a1, a2, a3, ..., an, an + 1. Is a real number which is the sequence, arithmetic properties of whether a1 a2 a2 – a3 – a4 – =. = a3 = ... = an + 1 = d when d is an-constant? D calls "variance together." General terms of an arithmetic sequence (n = a1 +.
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