summing

简明释义

英[ˈsʌmɪŋ]美[ˈsʌmɪŋ]

adj. 求和的；做加法的

n. 求和

v. 合计（sum 的 ing 形式）

英英释义

单词用法

同义词

反义词

例句

1.The way we actually think of the double integral is really as summing the values of a function all around this region.

就二重积分来讲,它是对区域里函数值求总和。

2.Summing up the value of chatting he states.

将交谈的价值累加起来，他指出。

3.A Because this thing, in other words, this a, right, depends on summing over all of those.

因为这个东西，换句话说，这个，依赖于对所有状态的求和。

4.That means we will be integrating, we will be summing over all the pieces of a surface in space.

也就是在积分过程中,把空间中的所有小块的表面累加起来。

5.Summing up some of the most encouraging findings of the report, John Page, Chief Economist for the Africa Region, said.

世行非洲地区首席经济学家JohnPage在总结了报告中一些最令人鼓舞的发现后说。

6.Summing up Appropriately used, coupling agents create significant improvements in the properties and processing of filled plastics.

恰当地说，偶联剂在填充聚合物上创造了巨大的聚合物性能和加工改进。

7.“An increased risk of brain cancer is not established from the data from Interphone,” said Dr Christopher Wild, IARC director, summing up the study.

“患脑癌风险增加的结论并非来自于Interphone研究的数据，”IARC署长克里斯托弗·威尔德博士(DrChristopherWild)总结称。

8.In mathematics, summing the series can help find the total.

在数学中，求和这个序列可以帮助找到总和。

9.The report is summing the findings of the research.

这份报告正在总结研究的发现。

10.After summing all the expenses, we realized we overspent.

在汇总所有开支后，我们意识到我们超支了。

11.The teacher is summing up the main points of the lesson.

老师正在总结课程的要点。

12.He is summing his thoughts before making a decision.

在做决定之前，他正在整理自己的想法。

作文

In mathematics, the concept of addition is fundamental. It is the process of combining two or more numbers to obtain a total value. This process is often referred to as summing, which involves bringing together quantities to form a whole. The ability to perform summing operations is essential not only in math but also in everyday life. For instance, when shopping, we often need to calculate the total cost of our items by summing their individual prices. Moreover, summing plays a critical role in data analysis. In fields such as statistics and economics, researchers frequently use summing to aggregate data points. For example, if a researcher wants to understand the total sales of a product over a year, they would collect monthly sales figures and then proceed to perform summing on these values to arrive at an annual total. This process helps in making informed decisions based on comprehensive data. In programming, summing is also a common task. Many programming languages provide built-in functions to facilitate summing operations. For instance, in Python, one can easily calculate the sum of a list of numbers using the built-in `sum()` function. This simplicity allows developers to focus on more complex problems while relying on efficient summing methods to handle basic calculations. Furthermore, summing can be applied in various scientific fields. In physics, for instance, when calculating the total energy of a system, scientists must consider all forms of energy present. This requires summing the kinetic energy, potential energy, and any other relevant energy types to achieve an accurate representation of the system's energy. The importance of summing extends beyond numbers; it can also apply to qualitative data. In social sciences, researchers might analyze survey responses by summing the frequency of certain answers to gauge public opinion. This method allows them to derive conclusions from large sets of data, making summing a vital tool in understanding trends and patterns. In conclusion, the act of summing is a powerful and versatile tool that transcends mere arithmetic. Whether in mathematics, programming, data analysis, or scientific research, summing enables us to combine information and draw meaningful insights. Mastering the concept of summing will undoubtedly enhance one's analytical skills and contribute to better decision-making in various aspects of life.

在数学中，加法的概念是基础。它是将两个或多个数字组合以获得总值的过程。这个过程通常被称为summing，它涉及将数量结合起来形成一个整体。执行summing操作的能力不仅在数学中至关重要，而且在日常生活中也同样重要。例如，在购物时，我们经常需要通过summing各个商品的价格来计算总成本。 此外，summing在数据分析中也起着关键作用。在统计学和经济学等领域，研究人员经常使用summing来汇总数据点。例如，如果一位研究人员想要了解一年内某产品的总销售额，他们会收集每月的销售数据，然后对这些值进行summing，以得出年度总额。这个过程有助于根据全面的数据做出明智的决策。 在编程中，summing也是一项常见任务。许多编程语言提供内置函数来方便summing操作。例如，在Python中，可以使用内置的`sum()`函数轻松计算数字列表的总和。这种简单性使开发人员能够专注于更复杂的问题，同时依赖高效的summing方法来处理基本计算。 此外，summing还可以应用于各种科学领域。在物理学中，例如，当计算一个系统的总能量时，科学家必须考虑所有存在的能量形式。这需要将动能、势能和任何其他相关类型的能量进行summing，以准确表示系统的能量。 summing的重要性超越了数字；它也可以应用于定性数据。在社会科学中，研究人员可能通过summing某些答案的频率来分析调查结果，以评估公众舆论。这种方法使他们能够从大量数据集中得出结论，使summing成为理解趋势和模式的重要工具。 总之，summing的行为是一种强大而多才多艺的工具，超越了单纯的算术。无论是在数学、编程、数据分析还是科学研究中，summing使我们能够结合信息并得出有意义的见解。掌握summing的概念无疑会增强一个人的分析能力，并有助于在生活的各个方面做出更好的决策。