在标准的十进制中，几乎所有实数都不能用有限小数表示。
In the standard decimal representation, almost all real numbers do not have a terminating decimal representation.
如果你表达，类似于7的数字，在二进制中，它和十进制可不太一样。
Well, if we actually want to represent something like the number 7, well in binary, not actually in decimal like this.
正如十进制使得人们能够写出宇宙中的任何一个数字一样，威尔·斯金提供了他自己特有的算法来创造词汇的任何一种可能的含义。
As the decimal system allowed people to write any number in the universe, Wilkins offered his code to produce every possible meaning.
程序员一般在十进制系统(以10为基数)中工作。
Programmers typically work in the decimal system (or base 10).
就像在十进制中，任意放置。
And just like in the decimal system, 0 as many zeros on the left that you want.
您应该记得，价格数据存储在一个十进制数类型的SQL列中，而客户评论则存储为XML。
Recall that pricing data is stored in an SQL decimal column, while customer comments are stored as XML.
我们可以在语言中支持十进制数(当前解析器中不支持)。
We could add support for decimal Numbers in the language (currently not supported in the parser).
映射项目之后，将其设置为表示本地缓存中项目的NoteID的十进制数。
When an item is being mapped, then it is set to the decimal number representing the NoteID of the item in the local cache.
非零 =映射项目缓存中的十进制NoteID。
Non-zero = The decimal NoteID in the cache of item is being mapped.
在这个实验中，同学将学习转换十六进制数值成为十进制及二进制数值的程序。
In this lab, the student will learn the process to convert hexadecimal values to decimal and binary values.
在编辑框中你可以使用十进制数据类型或分数或表达式。
In these and other edit boxes, you can type decimals or fractions or expressions.
净mvc4模型允许这种类型的十进制存储为数据库中吗？我相信浮动是正确的答案。
NET MVC 4 Models to allow this type of decimal to be stored as is in the database? I believe float is the correct answer.
返回两个十进制数中较小的一个。
返回两个十进制数中较大的一个。
在我们的日常生活中我们通常使用十进制算法。
十进制小数中的点，表示从该点开始，值就从10的正次幂变成10的负次幂。
A dot written in a decimal number to indicate where the place values change from positive to negative powers of 10.
十进制小数中的点，表示从该点开始，值就从0的正次幂变成0的负次幂。
A dot written in a decimal number to indicate where the place values change from positive to negative powers of 0.
提出采用与十进制整数编码策略相结合的邻近变异操作算子，以避免二进制编码中的海明悬崖。
Adjacent mutation operator integrating with integer encoding strategy is presented to avoid the Hamming cliffs by binary encoding strategy.
因此，给出了十进制数与混合进制数之间的相互转化定理及其严密的理论证明，旨在应用定理中简单的公式来代替以往复杂的转化算法。
Theorem about reciprocal transformation be-tween decimal numerals and mixed scale numerals is discussed in detail and the rigorous proof about this th…
因此，给出了十进制数与混合进制数之间的相互转化定理及其严密的理论证明，旨在应用定理中简单的公式来代替以往复杂的转化算法。
Theorem about reciprocal transformation be-tween decimal numerals and mixed scale numerals is discussed in detail and the rigorous proof about this th…
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