Computer Use in Continued Fraction Expansions
Evelyn Frank
Abstract
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Evelyn Frank
Abstract
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In this study, the use of computers is demonstrated for the rapid expansion of a general regular continued fraction with rational elements for $\surd C + L$, where $C$ and $L$ are rational numbers, $C$ positive. Formulas for the expansion are derived. Conditions for the periodicity are considered. A Fortran program for the algorithms is given, as well as sample continued fraction expansions. Up to the present, practically all studies have been concerned with continued fractions with partial numerators $\pm 1$ and partial denominators positive integers, due to difficulties in calculation. But now the use of computers makes possible the study of a much greater variety of continued fraction expansions.
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In this study, the use of computers is demonstrated for the rapid expansion of a general regular continued fraction with rational elements for $\surd C + L$, where $C$ and $L$ are rational numbers, $C$ positive. Formulas for the expansion are derived. Conditions for the periodicity are considered. A Fortran program for the algorithms is given, as well as sample continued fraction expansions. Up to the present, practically all studies have been concerned with continued fractions with partial numerators $\pm 1$ and partial denominators positive integers, due to difficulties in calculation. But now the use of computers makes possible the study of a much greater variety of continued fraction expansions.
Key concepts: Fraction (chemistry), Mathematics, Partial fraction decomposition, Fortran, Continued fraction, Variety (cybernetics), Rational number, Number theory