Infinite Family of Generalized Golden Ratios
Mohammed Yahdi
Abstract
Mohammed Yahdi
Abstract
The paper explores the generalization of the Fibonacci Golden Ratio to an infinite sequence of k-Golden Ratios. An extension of Binet’s Formula generates an infinite family of Fibonacci-like sequences. Each of these sequences is shown to possess the property that the quotient of consecutive terms converges to the corresponding k-Golden Ratio.
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The paper explores the generalization of the Fibonacci Golden Ratio to an infinite sequence of k-Golden Ratios. An extension of Binet’s Formula generates an infinite family of Fibonacci-like sequences. Each of these sequences is shown to possess the property that the quotient of consecutive terms converges to the corresponding k-Golden Ratio.
Key concepts: Golden ratio, Fibonacci number, Mathematics, Generalization, Quotient, Combinatorics, Property (philosophy), Sequence (biology)