terminating decimal造句
例句與造句
- For example, 1 / 3 is represented as a non-terminating decimal as follows
- It may come as a surprise that terminating decimal fractions can have repeating expansions in binary.
- In the standard decimal representation, almost all real numbers do not have a terminating decimal representation.
- The terminating decimal representation is usually preferred, contributing to the misconception that it is the only representation.
- Decimal fractions have terminating decimal representations and other fractions have repeating decimal representations, whereas irrational numbers have infinite non-repeating decimal representations.
- It's difficult to find terminating decimal in a sentence. 用terminating decimal造句挺難的
- Since 1 / 3 can't be described as a terminating decimal, we allude to it by describing a sequence of terminating decimals that approaches it.
- Since 1 / 3 can't be described as a terminating decimal, we allude to it by describing a sequence of terminating decimals that approaches it.
- Informally, non-terminating decimals are easily understood, because it is clear that a real number can be approximated to any required degree of precision by a terminating decimal.
- Informally, non-terminating decimals are easily understood, because it is clear that a real number can be approximated to any required degree of precision by a terminating decimal.
- From this definition, it is clear that positive integers and positive rational numbers with terminating decimal expansions will have terminating 10-adic expansions that are identical to their decimal expansions.
- Recurring decimals only exist because in the base system we have chosen ( denary-base 10 ), because two integers have been divided and the result is not a terminating decimal.
- Every nonzero, terminating decimal ( with infinitely many trailing 0s ) has an equal twin representation with infinitely many trailing 9s ( for example, 8.32 and 8.31999 & ).
- The article's claim is just false; " regular number " is not a standard name for a number with a terminating decimal expansion .-- Trovatore 14 : 52, 7 July 2006 ( UTC)
- As shown in the section on the existence of Liouville numbers, this number, as well as any other non-terminating decimal with its non-zero digits similarly situated, satisfies the definition of a Liouville number.
- If the repetend is a zero, this decimal representation is called a "'terminating decimal "'rather than a repeating decimal, since the zeros can be omitted and the decimal terminates before these zeros.
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