addition process

简明释义

添加法；加成作业

英英释义

例句

1.During the software development lifecycle, the addition process of new features is crucial for product improvement.

在软件开发生命周期中，新功能的添加过程对于产品改进至关重要。

2.The addition process of data entries into the database must be done carefully to avoid duplication.

将数据条目添加到数据库的添加过程必须谨慎进行，以避免重复。

3.The addition process in mathematics involves combining numbers to achieve a sum.

数学中的加法过程涉及将数字相加以获得总和。

4.In chemistry, the addition process refers to the reaction where two or more substances combine to form a new compound.

在化学中，加成过程是指两种或多种物质结合形成新化合物的反应。

5.In project management, the addition process of tasks helps in tracking progress effectively.

在项目管理中，任务的添加过程有助于有效跟踪进展。

作文

In mathematics, the addition process refers to the method of combining two or more numbers to obtain a total sum. This fundamental operation is one of the first concepts taught in arithmetic and serves as the foundation for more complex mathematical ideas. Understanding the addition process is crucial not only for academic success but also for everyday problem-solving. For instance, when you go shopping, you often need to calculate the total cost of your items by employing the addition process. By adding the prices together, you can determine how much money you will need to complete your purchase.The addition process can be visualized in various ways, such as through number lines, diagrams, or even physical objects like blocks or counters. These tools help learners grasp the concept of addition by providing a tangible representation of combining quantities. For example, if you have three apples and you buy two more, you can physically count them to see that you now have five apples. This hands-on approach reinforces the understanding of the addition process as a means of uniting separate quantities into a whole.Moreover, the addition process is not limited to simple numbers; it extends into various fields such as science, economics, and engineering. In these disciplines, the addition process can involve adding measurements, data points, or even variables in equations. For example, scientists often need to add results from different experiments to arrive at a comprehensive conclusion. Similarly, engineers might combine forces or loads in their calculations to ensure structures are safe and stable.As technology advances, the addition process has also evolved. With the advent of calculators and computer software, performing addition has become faster and more efficient. However, it remains essential to understand the underlying principles of the addition process, as relying solely on technology can lead to errors if one does not grasp the basic concepts. Therefore, education systems emphasize mastering the addition process before moving on to more advanced operations like subtraction, multiplication, and division.In conclusion, the addition process is a vital mathematical operation that plays a significant role in both academic and real-world scenarios. It lays the groundwork for further mathematical learning and practical applications. By mastering the addition process, individuals equip themselves with essential skills that can be applied in various aspects of life, from managing finances to solving complex problems. Thus, understanding the addition process is not merely an academic exercise; it is a crucial life skill that fosters critical thinking and analytical abilities.

在数学中，加法过程是指将两个或多个数字结合以获得总和的方法。这个基本运算是算术中最先教授的概念之一，并且为更复杂的数学思想奠定了基础。理解加法过程不仅对学业成功至关重要，而且对于日常问题解决也至关重要。例如，当你去购物时，你常常需要通过使用加法过程来计算商品的总成本。通过将价格相加，你可以确定完成购买所需的金额。加法过程可以通过多种方式可视化，例如通过数轴、图表，甚至是像积木或计数器这样的实物。这些工具帮助学习者通过提供数量结合的具体表现来掌握加法的概念。例如，如果你有三个苹果，而你又买了两个苹果，你可以实际数一数，看到你现在有五个苹果。这种动手实践的方法加强了对加法过程作为一种将分离数量合并成整体的理解。此外，加法过程不仅限于简单的数字；它还扩展到科学、经济和工程等各个领域。在这些学科中，加法过程可能涉及添加测量值、数据点，甚至方程中的变量。例如，科学家经常需要将不同实验的结果相加，以得出全面的结论。同样，工程师可能会在计算中结合力或负载，以确保结构的安全和稳定。随着科技的发展，加法过程也发生了变化。随着计算器和计算机软件的出现，进行加法变得更快、更高效。然而，理解加法过程的基本原理仍然至关重要，因为如果一个人不掌握基本概念，仅仅依赖技术可能会导致错误。因此，教育系统强调在进入更高级的运算，如减法、乘法和除法之前，掌握加法过程。总之，加法过程是一个重要的数学运算，在学术和现实世界场景中发挥着重要作用。它为进一步的数学学习和实际应用奠定了基础。通过掌握加法过程，个人装备了可以应用于生活各个方面的基本技能，从管理财务到解决复杂问题。因此，理解加法过程不仅仅是学术练习；它是一项关键的生活技能，培养批判性思维和分析能力。