zeroes

简明释义

英[ˈzɪərəʊz]美[ˈziːroʊz]

num. 零（zero 的复数，等于 zeros）

n. 零点（等于 zeros）

英英释义

单词用法

同义词

反义词

例句

1.We'd all like to see zeroes in the next DOT report and in every one thereafter.

我们当然希望看到在未来的零运输部报告，并在此后的每一个。

2.However this is vulnerable to the plain text containing zeroes at known locations, which will be quite common in computer data.

然而，这是容易的纯文本包含在已知位置的零，这将是电脑数据相当普遍。

3.First, this method would turn all negative zeroes into positive zeroes.

首先，这个方法会将所有负0转换为正0。

4.Read should return exactly the number of bytes requested, except on EOF or error; otherwise, the rest of the data will be substituted with zeroes.

除非碰到EOF或出现错误，否则read应该返回所请求的字节数的数据；否则，其余数据都会被替换成0。

5.There is a formatting routine that can strip redundant zeroes from a decimal float.

有一个格式化程序，可以从一个十进制浮条多余的零。

6.Yes, negative zeroes are a little weird, but they are a necessary part of the IEEE 754 specification.

（负0 可能不好理解，但它确实是IEEE 754规范的必要组成部分）。

7.So for this instruction there will be four results, with each one being either all ones or all zeroes, depending on the results of the comparison.

所以此指令会有4个结果，根据比较结果的不同，它们或者全是1或者全是0。

8.This approach zeroes in on additives and other ingredients that don't necessarily show up on allergy tests.

这种方法是一种零食品添加剂的饮食方案，这类过敏并不一定会在过敏试验中表现出来。

9.The math teacher explained how to add and subtract zeroes 零 in different equations.

数学老师解释了如何在不同的方程中加减零。

10.In programming, zeroes 零 can be used to initialize variables.

在编程中，零可以用来初始化变量。

11.She noticed that the final score had several zeroes 零 at the end.

她注意到最终得分的末尾有几个零。

12.When counting money, make sure to account for all zeroes 零 in the total amount.

在计算钱时，确保将总金额中的所有零都考虑在内。

13.The scientist recorded data that included many zeroes 零 after the decimal point.

科学家记录的数据在小数点后包含许多零。

作文

In mathematics, the concept of zero is fundamental. It represents the absence of quantity and serves as a placeholder in our number system. However, when we discuss numbers like 10, 20, or 100, we often encounter the term zeroes (零). These zeroes play a crucial role in determining the value of these numbers. For instance, the number 10 has one zero, which signifies that it is ten, not one. Similarly, 100 has two zeroes, indicating it is one hundred. Without these zeroes, the numbers would lose their meaning and value. The significance of zeroes extends beyond mere numerical representation; it reflects our understanding of mathematics and its applications in various fields. In computer science, for example, binary code uses zeroes and ones to represent information. The presence of a zero can change the entire meaning of a sequence of bits. Thus, understanding zeroes is essential for anyone studying technology or programming. Moreover, in the context of statistics and data analysis, zeroes can indicate missing values or a lack of occurrence. When analyzing data sets, researchers must account for zeroes to avoid misinterpretation of results. A dataset with several zeroes might suggest that a particular event did not happen, while a complete absence of zeroes could imply that the event occurred consistently. In everyday life, we encounter zeroes frequently, especially in financial contexts. For instance, when discussing prices, discounts, or budgets, zeroes can significantly affect our understanding of costs. A price tag of $1000 has three zeroes, which indicates a substantial amount of money. If we were to remove those zeroes, we would be left with just 1, which is drastically different in terms of value. Therefore, recognizing the importance of zeroes in financial literacy is vital for making informed decisions. Furthermore, the concept of zeroes can also be explored in philosophical terms. The idea of nothingness, represented by zero, poses intriguing questions about existence and reality. Philosophers have debated the implications of zeroes in terms of what it means to have nothing versus having something. This exploration extends to discussions in physics, where the absence of matter or energy can lead to profound implications in our understanding of the universe. In conclusion, the term zeroes (零) encompasses much more than just a numerical value. It is deeply woven into the fabric of mathematics, technology, finance, and even philosophy. By understanding zeroes, we gain insights into the structure of our world and the systems we navigate daily. Whether in the classroom, at work, or in philosophical discussions, recognizing the power of zeroes allows us to appreciate the complexity and beauty of our numerical and conceptual frameworks.

在数学中，零的概念是基础性的。它代表数量的缺失，并在我们的数字系统中充当占位符。然而，当我们讨论像10、20或100这样的数字时，我们经常会遇到术语零（zeroes）。这些零在确定这些数字的价值方面起着至关重要的作用。例如，数字10有一个零，这意味着它是十，而不是一。同样，100有两个零，表示它是一百。如果没有这些零，数字将失去其意义和价值。 零的重要性不仅仅局限于数字表示；它反映了我们对数学及其在各个领域应用的理解。在计算机科学中，例如，二进制代码使用零和一来表示信息。零的存在可以改变一串比特的整个含义。因此，理解零对于任何研究技术或编程的人来说都是至关重要的。 此外，在统计和数据分析的背景下，零可以表示缺失值或缺乏发生。当分析数据集时，研究人员必须考虑零以避免对结果的误解。一个包含多个零的数据集可能表明某个事件没有发生，而完全没有零则可能意味着该事件持续发生。 在日常生活中，我们经常遇到零，尤其是在财务方面。例如，在讨论价格、折扣或预算时，零会显著影响我们对成本的理解。价格标签为$1000有三个零，这表示一笔可观的金额。如果我们去掉这些零，我们将只剩下1，这在价值上是截然不同的。因此，认识到零在财务素养中的重要性对于做出明智的决策至关重要。 此外，零的概念也可以从哲学角度进行探讨。由零所代表的虚无思想提出了关于存在和现实的有趣问题。哲学家们一直在讨论零在拥有与没有之间的含义。这种探索延伸到物理学的讨论中，在那里，物质或能量的缺失可能对我们对宇宙的理解产生深远的影响。 总之，术语零（zeroes）包含的内容远不止一个数字值。它深深融入了数学、技术、金融甚至哲学的结构中。通过理解零，我们获得了对我们所处世界及其日常导航系统的洞察。无论是在课堂上、工作中还是在哲学讨论中，认识到零的力量使我们能够欣赏我们数字和概念框架的复杂性和美丽。