numerical ceiling

简明释义

最高限额

英英释义

例句

1.The government imposed a numerical ceiling 数值上限 on carbon emissions for each industry.

政府对每个行业的碳排放设定了数值上限。

2.In our analysis, we found that the numerical ceiling 数值上限 for customer complaints was reached last month.

在我们的分析中，我们发现客户投诉的数值上限在上个月达到了。

3.The bank has set a numerical ceiling 数值上限 on the amount of loans that can be issued this quarter.

银行已经设定了本季度可发放贷款的数值上限。

4.The software limits the number of users to a numerical ceiling 数值上限 of 500.

该软件将用户数量限制为数值上限为500。

5.Due to budget constraints, the project has a numerical ceiling 数值上限 for expenditures.

由于预算限制，该项目的支出有一个数值上限。

作文

In today's data-driven world, the concept of a numerical ceiling is becoming increasingly relevant across various fields such as economics, statistics, and even environmental science. A numerical ceiling refers to the maximum limit or threshold that a particular variable can reach within a given context. Understanding this concept is crucial for making informed decisions based on quantitative data.For instance, in economics, a numerical ceiling might be applied to government spending or debt levels. Economists often analyze these ceilings to predict potential economic crises or to evaluate the sustainability of fiscal policies. If a government exceeds its numerical ceiling on debt, it may lead to inflation, reduced investment, and ultimately, a recession. Therefore, policymakers must recognize these limits to maintain a stable economy.Similarly, in the realm of environmental science, a numerical ceiling could refer to the maximum capacity of a natural resource, such as fish populations in a lake or carbon emissions in the atmosphere. Scientists often set these ceilings to ensure sustainable practices. For example, if fish populations exceed their numerical ceiling, it could lead to overfishing, which not only depletes the resource but also disrupts the entire ecosystem. By understanding these limits, we can implement policies that promote sustainability and protect our environment.In the realm of technology, particularly in data storage and processing, a numerical ceiling can indicate the maximum amount of data that can be effectively managed by a system. As companies grow and generate more data, they must be aware of these ceilings to avoid system overloads or data loss. For instance, if a cloud storage solution has a numerical ceiling of one terabyte, exceeding this limit could result in service interruptions or additional costs. Thus, businesses must plan their data strategies accordingly to stay within these thresholds.Moreover, in sports, the concept of a numerical ceiling can be seen in performance metrics. Coaches and athletes often set performance goals based on statistical analysis, which can reveal a player's maximum potential. For example, if a basketball player consistently scores an average of 20 points per game, the coach might identify this as their numerical ceiling. Understanding this ceiling allows for tailored training programs aimed at improving performance without pushing the athlete beyond their limits.In conclusion, the idea of a numerical ceiling serves as a vital tool for analysis and decision-making across various domains. Recognizing these limits helps individuals and organizations to make informed choices that promote sustainability, efficiency, and growth. Whether in economics, environmental science, technology, or sports, understanding and respecting the numerical ceiling can lead to better outcomes and a more balanced approach to progress. As we continue to navigate complex systems and data, the significance of this concept will only increase, reinforcing the importance of setting realistic and achievable limits in our pursuits.

在当今数据驱动的世界中，numerical ceiling（数值上限）的概念在经济学、统计学甚至环境科学等各个领域变得越来越相关。numerical ceiling指的是在特定上下文中某一变量能够达到的最大限制或阈值。理解这一概念对于基于定量数据做出明智决策至关重要。例如，在经济学中，numerical ceiling可能适用于政府支出或债务水平。经济学家通常会分析这些上限，以预测潜在的经济危机或评估财政政策的可持续性。如果政府超过了其债务的numerical ceiling，可能会导致通货膨胀、投资减少，最终引发衰退。因此，政策制定者必须认识到这些限制，以维持经济稳定。同样，在环境科学领域，numerical ceiling可以指自然资源的最大容量，例如湖泊中的鱼类种群或大气中的碳排放。科学家们通常设定这些上限以确保可持续实践。例如，如果鱼类种群超过了它们的numerical ceiling，可能会导致过度捕捞，不仅耗尽资源，还会破坏整个生态系统。通过理解这些限制，我们可以实施促进可持续性和保护环境的政策。在技术领域，特别是在数据存储和处理方面，numerical ceiling可以表示系统能够有效管理的数据最大数量。随着公司发展并生成更多数据，它们必须意识到这些上限，以避免系统超载或数据丢失。例如，如果一个云存储解决方案的numerical ceiling为一TB，超过该限制可能会导致服务中断或额外费用。因此，企业必须相应地规划其数据策略，以保持在这些阈值之内。此外，在体育方面，numerical ceiling的概念可以在表现指标中看到。教练和运动员通常基于统计分析设定表现目标，这可以揭示运动员的最大潜力。例如，如果一名篮球运动员平均每场比赛得分20分，教练可能会将此视为他们的numerical ceiling。理解这个上限有助于制定量身定制的训练计划，旨在提高表现而不将运动员推向极限。总之，numerical ceiling的概念作为分析和决策的重要工具在各个领域中都发挥着至关重要的作用。识别这些限制有助于个人和组织做出明智的选择，促进可持续性、效率和增长。无论是在经济学、环境科学、技术还是体育中，理解和尊重numerical ceiling都能带来更好的结果，并以更平衡的方式推进我们的目标。随着我们继续在复杂系统和数据中航行，这一概念的重要性只会增加，进一步强调了在追求中设定现实且可实现的限制的重要性。