outputs

简明释义

英[ˈaʊtpʌts]美[ˈaʊtˌpʌts]

v. 输出（output 的第三人称单数）

英英释义

单词用法

同义词

反义词

例句

1.Discovering the inputs and outputs of rivers is a matter of measuring the discharges of every inflowing and outflowing stream and river.

发现河流的输入和输出，就是测量每一条流入和流出的河流的流量。

2.This confirmation page outputs the properties of the data model.

该确认页面输出数据模型的属性。

3.Outputs should be placed in another directory, called outputs.

输出也会被放置在另一个名为out puts的目录中。

4.Inputs and outputs of a task map to parameters.

任务的输入和输出映射到参数。

5.Once all this information has been gathered, it becomes possible to judge whether a lake's flow is mainly due to its surface inputs and outputs or to its underground inputs and outputs.

一旦收集了所有这些信息，就有可能可以判断一个湖泊的流量主要是由其表面还是地下的输入和输出导致。

6.Build conditions for branch outputs.

为分支输出构建条件。

7.The marketing team analyzed the outputs 输出 from the recent campaign to improve future strategies.

营销团队分析了最近活动的输出以改进未来的策略。

8.The software generates various types of outputs 输出 that help users analyze data.

该软件生成各种类型的输出，输出帮助用户分析数据。

9.Teachers often assess student outputs 输出 to gauge their understanding of the material.

教师通常评估学生的输出以判断他们对材料的理解。

10.In a manufacturing process, the quality of outputs 输出 is crucial for customer satisfaction.

在制造过程中，输出的质量对客户满意度至关重要。

11.The research study focused on the environmental outputs 输出 of different energy sources.

这项研究关注不同能源的环境输出。

作文

In the modern world, the concept of outputs plays a crucial role in various fields, from economics to education and technology. Understanding what outputs are and how they function can significantly impact our approach to problem-solving and decision-making. Outputs refer to the results or products generated from a process, activity, or system. In an economic context, for instance, outputs can be the goods and services produced by businesses, while in an educational setting, they may represent the knowledge and skills acquired by students. To delve deeper into this concept, let’s consider the manufacturing industry. When a factory operates, it transforms raw materials into finished products. The finished products are the outputs of the production process. The efficiency of this process can be measured by analyzing the quantity and quality of the outputs. If a factory produces a high volume of quality products, it indicates that the production process is effective and efficient. Conversely, if the outputs are low in quality or quantity, it may signal inefficiencies that need addressing. Similarly, in the field of education, outputs can be assessed through standardized tests, project completions, or overall student performance. Educators often evaluate the outputs of their teaching methods to determine which strategies yield the best results for student learning. For example, if a particular teaching technique leads to higher test scores and better understanding of the material, it can be deemed effective. On the other hand, if the outputs indicate that students are struggling, educators may need to reconsider their approach. Furthermore, in the realm of technology, outputs are often measured in terms of software performance, user engagement, and system reliability. Developers strive to create applications that not only function well but also provide valuable outputs to users. For instance, a mobile app designed for fitness tracking should deliver accurate data about workouts and health metrics as its outputs. If users find the outputs unreliable or unhelpful, they are likely to abandon the app for alternatives that offer better performance. The importance of analyzing outputs extends beyond individual sectors. Governments and organizations utilize outputs to measure the effectiveness of policies and initiatives. By examining the outputs of a public health campaign, for example, policymakers can determine whether their efforts to reduce smoking rates are successful. If the outputs show a significant decrease in smoking prevalence, it suggests that the campaign was effective. However, if the outputs indicate little change, it may prompt a reevaluation of strategies. In conclusion, the term outputs encompasses a wide array of meanings across different contexts, yet its significance remains constant. Whether in business, education, technology, or public policy, understanding and evaluating outputs is essential for driving improvement and achieving desired outcomes. As we continue to advance in various fields, the ability to analyze and interpret outputs will remain a vital skill, enabling us to make informed decisions and foster growth. Therefore, recognizing the value of outputs in our daily lives can lead to more effective practices and enhanced results in any endeavor.

在现代世界中，“outputs”这一概念在各个领域中都发挥着至关重要的作用，从经济学到教育和技术。理解“outputs”是什么以及它们如何运作，可以显著影响我们解决问题和决策的方法。“outputs”指的是从一个过程、活动或系统中产生的结果或产品。在经济背景下，例如，“outputs”可以是企业生产的商品和服务，而在教育环境中，它们可能代表学生所获得的知识和技能。 为了更深入地探讨这一概念，让我们考虑制造业。当一个工厂运作时，它将原材料转化为成品。成品就是生产过程的“outputs”。通过分析“outputs”的数量和质量，可以衡量这个过程的效率。如果一个工厂生产出大量高质量的产品，这表明生产过程是有效和高效的。相反，如果“outputs”的质量或数量较低，可能意味着需要解决的低效率问题。 同样，在教育领域，“outputs”可以通过标准化测试、项目完成情况或整体学生表现来评估。教育工作者通常会评估其教学方法的“outputs”，以确定哪些策略能为学生学习带来最佳结果。例如，如果某种教学技巧导致更高的考试成绩和更好的材料理解，那么它可以被视为有效的。另一方面，如果“outputs”表明学生有困难，教育工作者可能需要重新考虑他们的方法。 此外，在技术领域，“outputs”通常通过软件性能、用户参与度和系统可靠性来衡量。开发者努力创建不仅运行良好，而且为用户提供有价值“outputs”的应用程序。例如，一个旨在跟踪健身的移动应用应该提供关于锻炼和健康指标的准确数据作为其“outputs”。如果用户发现这些“outputs”不可靠或没有帮助，他们很可能会放弃这个应用，转而选择提供更好性能的替代品。 分析“outputs”的重要性超越了单个部门。政府和组织利用“outputs”来衡量政策和倡议的有效性。通过检查公共卫生运动的“outputs”，例如，政策制定者可以确定他们减少吸烟率的努力是否成功。如果“outputs”显示吸烟率显著下降，这表明该运动是有效的。然而，如果“outputs”表明变化不大，可能会促使重新评估策略。 总之，“outputs”这一术语在不同背景下包含了广泛的含义，但其重要性始终如一。无论是在商业、教育、技术还是公共政策中，理解和评估“outputs”对推动改进和实现预期结果至关重要。随着我们在各个领域的不断进步，分析和解释“outputs”的能力将始终是一项重要技能，使我们能够做出明智的决策并促进增长。因此，认识到“outputs”在我们日常生活中的价值，可以带来更有效的实践和在任何事业中的更好结果。