C. Tungchotiroj
3.The General Term Formula and Application about Fibonacci Sequence of Number;Fibonacci数列的通项公式和应用 4.Method for matrix solution of constant coefficient recursive sequences general term equation;常系数递归数列通项公式的矩阵求法 5.A note on the general formula of a matrix order;关于矩阵序列...
2) fibonacci-lucas sequence 斐波那契-卢卡斯序列3) Fibonacci series 斐波那契数列 1. Using iterative method and method of finding series s general term formula by characteristic equation to analyse and compare golden section with Fibonacci series, the author deduces the relationship between these two...
The general formula for the nth term of the Fibonacci sequence where an=an-1+an-2 can determined by matrix diagonalizations Is there a way to determine the formula of any recursive sequence say an=a1+a2+...an-1 Trollfaz Thread Mar 31, 2022 Tags Formula General Sequence Replies: 1 For...
Discover how special sequences are generated and some types such as triangular, tetrahedral, cube, square, and fibonacci sequences. Related to this QuestionFor each sequence, find a formula for the general term, a_n. F (a) {3/16, 4/25, 5/36, 6/49...
方程的特征根解法和待定系数法构建等比数列的方法推导出了Fibonacci数列的通项公式 Often the coefficient homogeneous linear recursion equation characteristic root solution and the undetermined coefficient law construction geometric series method inferred the Fibonacci sequence using two steps to pass a formula[...
1) the general term formula of fibonacci number Fibonacci数列通项公式2) Fibonacci polynomial Fibonacci多项式 1. On the Chebyshev polynomial, Lucas polynomial and Fibonacci polynomial; 关于Chebyshev,Lucas及Fibonacci多项式 2. Properties of Fibonacci polynomial; Fibonacci多项式的若干性质 3. On ...
4) the general term formula of fibonacci number Fibonacci数列通项公式5) definiting progression general term 确定级数通项 例句>> 6) general term 通项 1. Deriving and application of general term formula of several kinds recurrence sequence; 几类递推数列通项公式的推导及应用 更多例句>> ...
New examples of odd and even central polynomial sequences are given. Keywords: polynomial sequences; central factorial polynomials; odd and even polynomials; discrete operators; Hessenberg determinant; recurrence MSC: 11B83; 11C99 1. Introduction Polynomials are very useful mathematical tools, as they...
=REDUCE(0;SEQUENCE(10);LAMBDA(prev;this;VSTACK(prev;HSTACK(this;INDEX(prev;this-1;1)))then you get what you want. You are successively augmenting "prev" by forever VSTACKing it (I generate 2 columns with this formula), and you have access to all of "prev", which is what...