By the n-th Fibonacci (respectively Lucas) vector of length m, we mean the vector whose components are the n-th through (n+m-1)-st Fibonacci (respectively Lucas) numbers. For arbitrary m, we express the dot product of any two Fibonacci vectors, any two Lucas vectors, and any Fibonacci vector and any Lucas vector in terms of the Fibonacci and Lucas numbers. We use these formulas to deduce a number of identities involving the Fibonacci and Lucas numbers
The Fibonacci sequence can be obtained by drawing diagonals in a Pascal’s triangle, and from this, w...
The Fibonacci sequence can be obtained by drawing diagonals in a Pascal’s triangle, and from this, w...
Number sequences such as the Fibonacci numbers or the Lucas numbers can be expressed using matrices ...
By the n-th Fibonacci (respectively Lucas) vector of length m, we mean the vector whose components a...
By the n-th Fibonacci (respectively Lucas) vector of length m, we mean the vector whose components a...
Neste trabalho, exploramos os números de Fibonacci e de Lucas. A maioria dos resultados históricos s...
Copyright © 2014 Mamta Singh et al. This is an open access article distributed under the Creative Co...
Here we are proposing generalized sums for Fibonacci and Lucas numbers. In the case of the Fibonacc...
We obtain some new formulas for the Fibonacci and Lucas p-numbers, by using the symmetric infinite m...
In this paper, some Fibonacci and Lucas sums are derived by using the matrices S
AbstractThe Pascal matrix and the Stirling matrices of the first kind and the second kind obtained f...
Lucas and Gibonacci numbers are two sequences of numbers derived from a welknown numbers, Fibonacc...
In this paper, we consider the Horadam sequence and some summation formulas involving the terms of t...
The Fibonacci sequence can be obtained by drawing diagonals in a Pascal’s triangle, and from this, w...
The Fibonacci sequence can be obtained by drawing diagonals in a Pascal’s triangle, and from this, w...
The Fibonacci sequence can be obtained by drawing diagonals in a Pascal’s triangle, and from this, w...
The Fibonacci sequence can be obtained by drawing diagonals in a Pascal’s triangle, and from this, w...
Number sequences such as the Fibonacci numbers or the Lucas numbers can be expressed using matrices ...
By the n-th Fibonacci (respectively Lucas) vector of length m, we mean the vector whose components a...
By the n-th Fibonacci (respectively Lucas) vector of length m, we mean the vector whose components a...
Neste trabalho, exploramos os números de Fibonacci e de Lucas. A maioria dos resultados históricos s...
Copyright © 2014 Mamta Singh et al. This is an open access article distributed under the Creative Co...
Here we are proposing generalized sums for Fibonacci and Lucas numbers. In the case of the Fibonacc...
We obtain some new formulas for the Fibonacci and Lucas p-numbers, by using the symmetric infinite m...
In this paper, some Fibonacci and Lucas sums are derived by using the matrices S
AbstractThe Pascal matrix and the Stirling matrices of the first kind and the second kind obtained f...
Lucas and Gibonacci numbers are two sequences of numbers derived from a welknown numbers, Fibonacc...
In this paper, we consider the Horadam sequence and some summation formulas involving the terms of t...
The Fibonacci sequence can be obtained by drawing diagonals in a Pascal’s triangle, and from this, w...
The Fibonacci sequence can be obtained by drawing diagonals in a Pascal’s triangle, and from this, w...
The Fibonacci sequence can be obtained by drawing diagonals in a Pascal’s triangle, and from this, w...
The Fibonacci sequence can be obtained by drawing diagonals in a Pascal’s triangle, and from this, w...
Number sequences such as the Fibonacci numbers or the Lucas numbers can be expressed using matrices ...