Numeration: Numeral system, SI prefix, Roman numerals, Binary-coded decimal, Maya numerals, Scientific notation, Binary prefix

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9781157687610: Numeration: Numeral system, SI prefix, Roman numerals, Binary-coded decimal, Maya numerals, Scientific notation, Binary prefix
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Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 105. Chapters: Numeral system, SI prefix, Roman numerals, Binary-coded decimal, Maya numerals, Scientific notation, Binary prefix, Computer numbering formats, Gray code, Counter, Elias gamma coding, Elias delta coding, Babylonian numerals, Greek numerals, List of numbers, Table of bases, 0.999..., Long and short scales, Positional notation, Names of large numbers, Repeating decimal, Hindu-Arabic numeral system, History of the Hindu-Arabic numeral system, Counting, Number prefix, Chronogram, Egyptian numerals, Genealogical numbering systems, Numerical digit, Bijective numeration, Ones' complement mathematics, Nicolas Chuquet, Jacques Pelletier du Mans, Slashed zero, History of writing ancient numbers, Suzhou numerals, Non-standard positional numeral systems, Midy's theorem, Offset binary, Algorism, Units place, Radix, Elias omega coding, List of numeral systems, Prehistoric numerals, Bi-quinary coded decimal, Names of small numbers, Cyrillic numerals, Eastern Arabic numerals, Leading zero, Pace count beads, Exponential-Golomb coding, Engineering notation, Tally marks, Tally counter, Excess-3, Tallyman, Levenstein coding, Radix point, Sign-value notation, Subtractive notation, List of numeral system topics, Hundred, Chuvash numerals, Aegean numerals, Thermometer code. Excerpt: This article is about "bases" as that term is used in discussion of certain numeral systems. This table of bases gives the values of 1-100 in bases 2-20. In mathematics, the repeating decimal 0.999... which may also be written as 0., or 0.(9), denotes a real number that can be shown to be the number one. In other words, the symbols 0.999... and 1 represent the same number. Proofs of this equality have been formulated with varying degrees of mathematical rigour, taking into account preferred development of the real numbers, background assumptions, histori...

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