mathematically
简明释义
英[ˌmæθəˈmætɪkli]美[ˌmæθəˈmætɪkli]
adv. 算术地,数学上地
英英释义
In a way that relates to or is expressed in the terms of mathematics. | 以与数学相关或用数学术语表达的方式。 |
In a precise and logical manner, often involving calculations or numerical analysis. | 以精确和逻辑的方式,通常涉及计算或数值分析。 |
单词用法
数学倾向的 | |
数学上等价的 | |
数学上严谨的 | |
数学上证明的 | |
数学建模 | |
数学表达的 |
同义词
反义词
不理性地 | He made decisions irrationally without considering the facts. | 他在没有考虑事实的情况下不理性地做出了决定。 | |
不合逻辑地 | The argument was presented illogically, making it hard to follow. | 这个论点呈现得不合逻辑,使人难以理解。 |
例句
1.At some point, such a shock will come. Mathematically it must.
在某个时候,这种冲击将会发生,数学上这是必然的。
2.You can come up with some pretty elegant ways of expressing that mathematically.
你要想出一些非常优雅的以数学表达的方式。
3.The public key and private key for any given user aren't mathematically related.
任何给定用户的公钥和私钥在数学上是不能相关的。
4.It's mathematically impossible.
这在数学上是不可能的。
5.It forces us to view data mathematically first and establish a context for it later.
它让我们先从数学角度看数据,然后为数据设立一个环境。
6.Psychological nonequivalence of mathematically equivalent information
心理异的数学上是等价的信息
7.He presented his findings mathematically 数学上 during the conference.
他在会议上以数学上的方式展示了他的发现。
8.The results were verified mathematically 数学上 using statistical methods.
结果通过统计方法在数学上得到了验证。
9.She explained the concept mathematically 数学上 to help her students understand.
她从数学上解释了这个概念,以帮助学生理解。
10.The formula can be derived mathematically 数学上 to prove the theory.
这个公式可以通过数学上推导来证明这个理论。
11.We need to analyze the data mathematically 数学上 to find any patterns.
我们需要从数学上分析数据以寻找任何模式。
作文
Mathematics is often regarded as the language of the universe. It allows us to describe patterns, relationships, and phenomena in a precise manner. In many fields, understanding concepts mathematically (从数学上) is crucial for making informed decisions and predictions. For example, in economics, models that predict market behavior rely heavily on mathematically (从数学上) derived equations. These equations help economists understand how different variables interact with each other, allowing them to forecast future trends based on historical data.In the realm of science, being able to analyze data mathematically (从数学上) is essential. Scientists use statistics to interpret experimental results and determine the significance of their findings. Without a solid grasp of mathematically (从数学上) grounded statistical methods, researchers would struggle to validate their hypotheses or share their discoveries with the broader community.Furthermore, technology relies on mathematically (从数学上) driven algorithms to function effectively. From search engines to social media platforms, the underlying processes are built on complex mathematical models. Engineers and computer scientists must think mathematically (从数学上) to optimize these systems, ensuring they operate efficiently and meet user needs.In education, teaching students to think mathematically (从数学上) is vital. It encourages critical thinking and problem-solving skills that extend beyond numbers. When students learn to approach problems with a mathematically (从数学上) informed mindset, they become better equipped to tackle challenges in various disciplines, from physics to philosophy.Moreover, the importance of mathematically (从数学上) reasoning can be seen in everyday life. Whether budgeting finances, planning a trip, or analyzing data for a project, applying mathematical principles helps individuals make better choices. For instance, understanding percentages can assist in calculating discounts during shopping or determining interest rates for loans.In conclusion, thinking and working mathematically (从数学上) is not just a skill for mathematicians or scientists. It is a fundamental aspect of numerous fields and everyday life. By fostering a strong foundation in mathematics, we empower ourselves to engage with the world more effectively. Encouraging mathematically (从数学上) informed thinking can lead to innovations and solutions that benefit society as a whole. As we continue to advance technologically and scientifically, the ability to reason mathematically (从数学上) will remain an invaluable asset for future generations.
数学常被视为宇宙的语言。它使我们能够以精确的方式描述模式、关系和现象。在许多领域,理解概念mathematically(从数学上)对做出明智的决策和预测至关重要。例如,在经济学中,预测市场行为的模型在很大程度上依赖于mathematically(从数学上)推导的方程。这些方程帮助经济学家理解不同变量之间的相互作用,使他们能够根据历史数据预测未来趋势。在科学领域,能够mathematically(从数学上)分析数据是必不可少的。科学家使用统计学来解释实验结果并确定其发现的重要性。如果没有扎实的mathematically(从数学上)基础的统计方法,研究人员将难以验证他们的假设或与更广泛的社区分享他们的发现。此外,技术依赖于mathematically(从数学上)驱动的算法,以有效地运行。从搜索引擎到社交媒体平台,底层过程都是基于复杂的数学模型。工程师和计算机科学家必须以mathematically(从数学上)思维来优化这些系统,确保它们高效运行并满足用户需求。在教育中,教学生以mathematically(从数学上)思考是至关重要的。它鼓励批判性思维和解决问题的能力,这超越了数字。当学生学习以mathematically(从数学上)知情的思维方式来处理问题时,他们更能应对各个学科中的挑战,从物理到哲学。此外,mathematically(从数学上)推理的重要性可以在日常生活中看到。无论是预算财务、计划旅行还是分析项目数据,应用数学原理都有助于个人做出更好的选择。例如,理解百分比可以帮助在购物时计算折扣或确定贷款的利率。总之,思考和工作mathematically(从数学上)不仅仅是数学家或科学家的技能。它是众多领域和日常生活的基本方面。通过培养扎实的数学基础,我们赋予自己更有效地与世界互动的能力。鼓励mathematically(从数学上)知情的思维可以带来创新和解决方案,造福整个社会。随着我们在技术和科学上的不断进步,能够mathematically(从数学上)推理将继续成为未来几代人宝贵的财富。