通过摆弄这些二进制数,他不禁发出疑问:二进制时间——或者说,十进制时间——为什么从未在西方世界流行开来。
All this playing around with binary numbers has made him wonder why binary time—or, for that matter, decimal time—never caught on in the Western world.
计算机以二进制数进行计算,而后把计算结果转换为十进制数。
The computer performs calculations in binary and converts the results to decimal.
浮点是一个非常类似的概念,除了计算机使用二进制而不是十进制作为基础。
Floating point is a very similar concept, except that computers use binary rather than decimal as their base.
中国人发明了算盘;而印度人发明了二进制及十进制算法。
The Chinese invented the abacus; India invented the binary and the decimal systems.
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.
操作数可以是变量,还可以是十进制、十六进制、八进制或二进制数。
Operands can be variables or decimal, hexadecimal, octal, or binary Numbers.
通过摆弄这些二进制数,笔者不由引发一个疑问:二进制时间——或者十进制时间——为什么从未在西方世界流行开来。
All this playing around with binary Numbers has made him wonder why binary time-or, for that matter, decimal time-never caught on in the Western world. Decimal time has been tried on many occasions.
除了缺省的十进制计数制外w 3eval还支持二进制、八进制和十六进制。
In addition to the default decimal base, W3Eval also supports binary, octal, and hexadecimal bases.
脚本函数应该能够以多种格式生成ewu值,比如十进制、二进制、八进制或十六进制。
The script function should be able to generate EWU values in multiple formats, such as base 10, binary, octal, or hexadecimal.
RID通常描述为(页号;slot数),即十进制记数的(0;10)、二进制记数的(0;A)。
RIDs are often depicted as (page number; slot number), or (0;10) in decimal notation, (0;A) in hexadecimal notation.
大多数情况下,为了显示,从二进制计算返回十进制结果会移除一些四舍五入误差。
In most situations the calculation to return the result from binary to decimal for presentation purposes will remove any rounding error.
通过应用各种编码技术,字位的组合不但可以用来表示二进制数,还可以表示其他离散符号,比如十进制数字和字母表上的字母等。
By using various coding techniques, group of bits can be made to represent not only binary number but also other discrete symbols, such as decimal digits or letter of alphabet.
一个十进制的数可以用编码二进制形式来代表。
二进制数11001转换成十进制数是25。
有一个很简便的方法可以将任意十进制数换算为等值的二进制数。
There is a very simple technique for converting any decimal number to its binary equivalent .
当然,幂和尾数都是用二进制数系统来编码,而不是十进制数系统。
Of course, both exponent and mantissa are encoded using a binary system rather than a decimal system.
我们采用与十进制运算对比的办法来介绍二进制数的运算方法。
Let us look at parallels between arithmetic using binary Numbers and arithmetic using decimal Numbers.
你可以选择你首选的注射语言和输入/显示基地(二进制,八进制,十进制和十六进制)的配置形式。
You can choose your preferred injection language and input/display bases (binary, octal, decimal, and hexadecimal) with the configuration form.
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.
例如,下面的二进制数可以表示,就像十进制数1206,作为每一个值密码倍其各自的权的常数。
For example, the following binary number can be expressed, just like the decimal number 1206, as a sum of each cipher value times its respective weight constant.
而印度人发明了二进制及十进制算法。
但由于采用传统器件设计转换速度不高,为此,在十进制数转化为二进制数的数学原理基础上提出一种采用新型器件的A DC电路设计方法。
In the paper, a design method of ADC with new devices is presented based on the mathematical principle of converting decimal digit to binary digit .
十进制转换模块采用了连减法,实现了二进制数向十进制数的转换;
BCD number conversion realizes the conversion from binary system to decimal system by consecutive subtractions.
我发现了在二进制的704上的精致技巧,而这是十进制的650不具备的。
I discovered neat techniques available on the binary 704 that were not available on the decimal 650.
本文提出了一种用随手可得可反复使用的位权表进行二进制数与十进制数相互转换的简便方法。
This paper puts forward a simple and convenient method of mutual conversion of binary Numbers and decimal Numbers, which USES a form that is very simple and can be used again and again.
和大多数十进制小数不能用二进制表示的类型。
And most decimal fractions cannot be represented by a binary type.
许多不精确的十进制数的二进制形式的代表——他们成为重复或极长的分数。
Many decimal Numbers do not represent precisely in binary form — they become repeating or extremely long fractions.
我争辩说,磁鼓记忆装置比核心内存更好,十进制编码天生就比二进制好。
I argued that drum memory was superior to core memory, that decimal coding was intrinsically superior to binary.
我争辩说,磁鼓记忆装置比核心内存更好,十进制编码天生就比二进制好。
I argued that drum memory was superior to core memory, that decimal coding was intrinsically superior to binary.
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