ultimate analysis

简明释义

元素分析

英英释义

Ultimate analysis is a method of analyzing a substance to determine its elemental composition, typically including the percentages of carbon, hydrogen, nitrogen, sulfur, and oxygen present.

终极分析是一种分析物质的方法,用于确定其元素组成,通常包括碳、氢、氮、硫和氧的百分比。

例句

1.The team's performance was impressive; however, in the ultimate analysis, results matter most.

团队的表现令人印象深刻;然而,在最终分析中,结果才是最重要的。

2.In the ultimate analysis, we must consider the long-term effects of our decisions.

最终分析中,我们必须考虑我们决策的长期影响。

3.In the ultimate analysis, the success of the initiative relies on community support.

最终分析中,这项倡议的成功依赖于社区的支持。

4.The project failed, but in the ultimate analysis, it taught us valuable lessons.

项目失败了,但在最终分析中,它教会了我们宝贵的经验。

5.We may disagree on methods, but in the ultimate analysis, we share the same goals.

我们可能在方法上有分歧,但在最终分析中,我们有着相同的目标。

作文

In the realm of scientific inquiry and critical thinking, the term ultimate analysis refers to the comprehensive examination of a subject to understand its fundamental components and underlying principles. This concept is essential in various fields, including chemistry, philosophy, and even everyday decision-making. To illustrate the significance of ultimate analysis, let us explore its application in environmental science.Environmental issues are often complex, involving numerous factors such as pollution, climate change, and biodiversity loss. When scientists conduct an ultimate analysis of these problems, they break them down into their core elements. For instance, consider the issue of air pollution. An ultimate analysis would involve examining the sources of pollutants, the chemical reactions that occur in the atmosphere, and the impacts on human health and ecosystems.By employing ultimate analysis, researchers can identify the most significant contributors to air pollution, enabling them to develop targeted strategies for mitigation. This approach not only enhances our understanding of environmental challenges but also informs policy decisions that can lead to more effective solutions.Furthermore, ultimate analysis is not limited to scientific inquiries. In philosophy, it serves as a tool for dissecting complex arguments and theories. Philosophers often engage in ultimate analysis to clarify concepts and uncover assumptions that underlie various viewpoints. For example, when debating ethical dilemmas, a philosopher might perform an ultimate analysis of the principles of utilitarianism versus deontology, revealing the strengths and weaknesses of each framework.In everyday life, individuals can utilize ultimate analysis when faced with tough decisions. By breaking down the options into their fundamental aspects—such as potential outcomes, risks, and benefits—people can make more informed choices. Whether deciding on a career path, evaluating a significant purchase, or choosing between different lifestyles, applying ultimate analysis helps clarify priorities and values.Moreover, the importance of ultimate analysis extends to educational settings. Teachers and students alike benefit from this analytical approach. For instance, when studying literature, an ultimate analysis of a text involves examining its themes, characters, and narrative structure. This deeper understanding enriches the reading experience and fosters critical thinking skills.In conclusion, the concept of ultimate analysis is a vital tool across various disciplines and aspects of life. Its ability to break down complex subjects into manageable parts allows for greater comprehension and informed decision-making. As we navigate an increasingly complicated world, embracing ultimate analysis can empower us to tackle challenges with clarity and insight. Whether in scientific research, philosophical discourse, or daily choices, the practice of ultimate analysis equips us with the necessary tools to understand and address the intricacies of our environment and existence.

在科学研究和批判性思维的领域中,短语ultimate analysis指的是对一个主题的全面审查,以理解其基本组成部分和基本原理。这个概念在化学、哲学以及日常决策等多个领域都是至关重要的。为了说明ultimate analysis的重要性,让我们探讨它在环境科学中的应用。环境问题通常是复杂的,涉及许多因素,如污染、气候变化和生物多样性丧失。当科学家对这些问题进行ultimate analysis时,他们将其分解为核心元素。例如,考虑空气污染的问题。一个ultimate analysis将涉及检查污染物的来源、大气中发生的化学反应,以及对人类健康和生态系统的影响。通过采用ultimate analysis,研究人员可以识别出空气污染的最显著贡献者,从而使他们能够制定针对性的减缓策略。这种方法不仅增强了我们对环境挑战的理解,还为可以导致更有效解决方案的政策决策提供了信息。此外,ultimate analysis并不仅限于科学探究。在哲学中,它作为剖析复杂论点和理论的工具。哲学家们常常进行ultimate analysis以澄清概念并揭示各种观点的潜在假设。例如,在辩论伦理困境时,哲学家可能会对功利主义与义务论进行ultimate analysis,揭示每种框架的优缺点。在日常生活中,当面临艰难决定时,个人也可以利用ultimate analysis。通过将选项分解为其基本方面——如潜在结果、风险和收益——人们可以做出更明智的选择。无论是决定职业道路、评估重大购买还是在不同生活方式之间选择,运用ultimate analysis有助于澄清优先事项和价值观。此外,ultimate analysis的重要性还扩展到教育环境。教师和学生都从这种分析方法中受益。例如,在研究文学时,对文本进行ultimate analysis涉及检查其主题、角色和叙事结构。这种更深的理解丰富了阅读体验,并培养了批判性思维能力。总之,ultimate analysis的概念是各个学科和生活各个方面的重要工具。它将复杂主题分解为可管理的部分的能力,使得更大的理解和明智的决策成为可能。随着我们在一个日益复杂的世界中导航,拥抱ultimate analysis可以使我们能够以清晰和洞察力应对挑战。无论是在科学研究、哲学讨论还是日常选择中,实践ultimate analysis都为我们提供了理解和应对环境及存在复杂性的必要工具。

相关单词

analysis

analysis详解:怎么读、什么意思、用法