simplifications

简明释义

英[ˌsɪmplɪfɪˈkeɪʃənz]美[ˌsɪmplɪfɪˈkeɪʃnz]

简单化

英英释义

单词用法

同义词

反义词

例句

1.No simplifications in here. That is the simplest formula you can get.

这里不能化简，这已经是最简形式了。

2.Gofmt, the Go pretty-printer, now makes syntactic simplifications where possible.

Go的美化印刷工，现在可以进行语法简化了。

3.DNT string management simplifications.

dnt字符串管理的简化。

4.Some of the main simplifications or differences.

一些主要的简化或不同之处是。

5.Even though they can be abbreviated, the GDB macro language allows for even greater simplifications.

尽管可以对它们进行缩写，但是gdb宏语言允许实现进一步的简化。

6.Simplifications can be useful, especially when they serve as a model, in this case, for implementing cybernetic neural nets.

在这个例子中，对于实现控制神经网络而言，简化可以是实用的，尤其是当它们被作为模型来使用时。

7.The software uses simplifications to speed up processing time without losing accuracy.

该软件使用简化来加快处理时间，而不损失准确性。

8.In this report, we will focus on the simplifications that can be applied to the model for easier calculations.

在这份报告中，我们将重点关注可以应用于模型的简化，以便进行更简单的计算。

9.Many scientific theories rely on simplifications to make predictions about complex systems.

许多科学理论依赖于简化来对复杂系统进行预测。

10.The teacher made several simplifications to the complex math problem to help the students understand it better.

老师对复杂的数学问题进行了几处简化，以帮助学生更好地理解。

11.His presentation included a few simplifications to make the data more accessible to the audience.

他的演示中包含了一些简化，以使数据更易于观众理解。

作文

In our increasingly complex world, we often seek ways to make sense of the chaos around us. One method that many people use is through simplifications, which are processes or strategies that reduce complexity in various aspects of life. Whether it is in mathematics, science, or even daily decision-making, simplifications play a crucial role in helping us understand and manage information more effectively.For instance, consider the field of mathematics. Many mathematical concepts can be quite intricate, filled with numerous variables and potential outcomes. However, by applying simplifications, mathematicians can create models that represent these complex ideas in a more digestible form. This is particularly evident in calculus, where derivatives and integrals can often seem overwhelming. By using simplifications, students can grasp the fundamental principles without getting lost in the details. This not only enhances their understanding but also builds a solid foundation for more advanced studies.In the realm of science, simplifications are equally valuable. Scientists often deal with vast amounts of data and numerous variables that can complicate their research. By creating simplified models or theories, they can focus on the most critical factors that influence their experiments. For example, in physics, the concept of friction is often simplified to make calculations easier. While real-world scenarios may involve multiple types of friction, scientists often use a single coefficient of friction in their equations to achieve a workable solution. These simplifications allow for clearer insights and more manageable experiments.Moreover, in our everyday lives, simplifications help us make decisions more efficiently. When faced with multiple choices, it can be overwhelming to weigh every possible option. By simplifying our options—perhaps by focusing only on the most relevant criteria—we can make quicker and more effective decisions. For instance, when shopping for groceries, one might prioritize items based on price, nutritional value, or brand loyalty. This kind of simplification helps streamline the shopping process and reduces the cognitive load associated with too many choices.However, it is essential to recognize that while simplifications can be incredibly useful, they also come with risks. Oversimplifying a problem can lead to misunderstandings or misrepresentations of the facts. For example, in social issues, reducing complex human behaviors to simple categories can erase the nuances that are crucial for understanding societal dynamics. Therefore, it is vital to strike a balance between simplification and complexity. We must be aware of when simplifications are appropriate and when they may lead us astray.In conclusion, simplifications are a powerful tool that can help us navigate the complexities of life, from academic subjects to daily decisions. They enable us to focus on what truly matters and provide clarity in a chaotic world. However, we must always approach simplifications with caution, ensuring that we do not overlook important details in our quest for understanding. By doing so, we can harness the benefits of simplifications while remaining mindful of their limitations, ultimately leading to better decision-making and deeper comprehension of the world around us.

在我们日益复杂的世界中，我们常常寻求方法来理解周围的混乱。许多人使用的一种方法是通过简化，这是一种减少生活各个方面复杂性的过程或策略。无论是在数学、科学，还是在日常决策中，简化在帮助我们更有效地理解和管理信息方面发挥着至关重要的作用。例如，考虑数学领域。许多数学概念可能相当复杂，充满了众多变量和潜在结果。然而，通过应用简化，数学家可以创建模型，以更易于消化的形式表示这些复杂的想法。这在微积分中尤其明显，在那里导数和积分往往看起来令人不知所措。通过使用简化，学生可以掌握基本原理，而不会迷失在细节中。这不仅增强了他们的理解，还为更高级的学习打下了坚实的基础。在科学领域，简化同样具有重要价值。科学家们经常处理大量数据和众多变量，这可能会使他们的研究变得复杂。通过创建简化的模型或理论，他们可以专注于影响实验的最关键因素。例如，在物理学中，摩擦的概念通常被简化以便于计算。虽然现实世界的场景可能涉及多种类型的摩擦，但科学家们在方程中通常只使用一个摩擦系数以获得可行的解决方案。这些简化使得洞察力更加清晰，实验更容易管理。此外，在我们的日常生活中，简化帮助我们更高效地做出决策。当面临多个选择时，权衡每个可能选项可能会让人感到不知所措。通过简化我们的选择——也许只关注最相关的标准——我们可以更快、更有效地做出决策。例如，在购物时，人们可能会根据价格、营养价值或品牌忠诚度来优先考虑项目。这种类型的简化有助于简化购物过程，并减少与过多选择相关的认知负担。然而，必须认识到，尽管简化可能非常有用，但它们也带来了风险。过度简化问题可能导致误解或对事实的误表述。例如，在社会问题中，将复杂的人类行为简化为简单的类别可能会抹去理解社会动态所需的细微差别。因此，找到简化和复杂之间的平衡至关重要。我们必须意识到何时适合使用简化，以及何时可能导致我们误入歧途。总之，简化是一个强大的工具，可以帮助我们驾驭生活的复杂性，从学术科目到日常决策。它们使我们能够专注于真正重要的事物，并在混乱的世界中提供清晰度。然而，我们必须始终谨慎对待简化，确保在追求理解时不忽视重要细节。通过这样做，我们可以利用简化的好处，同时保持对其局限性的关注，最终导致更好的决策和对周围世界的更深入理解。