elementary unit; basic unit

简明释义

基本单位

英英释义

例句

1.In chemistry, the atom is considered the elementary unit 基本单元 of matter.

在化学中，原子被认为是物质的基本单元 elementary unit。

2.The meter is the basic unit 基本单元 of length in the metric system.

米是公制系统中长度的基本单元 basic unit。

3.In biology, the cell is the elementary unit 基本单元 of life.

在生物学中，细胞是生命的基本单元 elementary unit。

4.In economics, the household is often seen as the elementary unit 基本单元 of analysis.

在经济学中，家庭常被视为分析的基本单元 elementary unit。

5.In computer science, the bit is the basic unit 基本单元 of information.

在计算机科学中，比特是信息的基本单元 basic unit。

作文

In the study of various disciplines, the concept of an elementary unit or basic unit is crucial for understanding the fundamental building blocks of a system. Whether we are discussing chemistry, physics, biology, or even social sciences, these units serve as the foundation upon which more complex ideas are constructed. For instance, in chemistry, the elementary unit is often the atom, which is the smallest unit of matter that retains the properties of an element. Atoms combine to form molecules, which then participate in chemical reactions, demonstrating how these basic units interact to create the diverse substances we observe in nature.Similarly, in physics, the basic unit can refer to fundamental particles such as quarks and electrons. These particles are the building blocks of matter and play a vital role in the laws of physics. Understanding these elementary units allows scientists to formulate theories and models that explain the behavior of the universe at both macroscopic and microscopic levels.In biology, the cell is considered the elementary unit of life. Cells are the smallest units that can carry out all the functions necessary for life. They come together to form tissues, organs, and ultimately entire organisms. The study of cells and their functions is essential for understanding how living systems operate and how they respond to various stimuli. By examining these basic units, biologists can gain insights into health, disease, and the mechanisms of life itself.In the realm of social sciences, the concept of an elementary unit can be applied to individuals or groups within a society. Each individual acts as a basic unit that contributes to the larger social structure. Understanding human behavior at this level is essential for developing theories in psychology, sociology, and anthropology. Researchers often analyze how these elementary units interact with one another to form social norms, cultural practices, and collective behaviors.Moreover, in education, the idea of basic units can be seen in the way knowledge is structured. Teachers often break down complex subjects into elementary units that students can grasp more easily. This method of teaching helps learners build a strong foundation before moving on to more advanced concepts. For example, in mathematics, students first learn about numbers and operations as basic units before tackling algebra or calculus.In conclusion, the significance of elementary units or basic units transcends various fields of study. They represent the core components that enable us to understand and analyze more complex systems. Whether in the natural sciences or social sciences, recognizing these foundational elements is essential for advancing knowledge and fostering innovation. As we delve deeper into each discipline, we find that these basic units not only help us comprehend the world around us but also inspire curiosity and drive further exploration.

在各个学科的研究中，基本单元或初级单元的概念对于理解系统的基本构建块至关重要。无论我们讨论化学、物理、生物还是社会科学，这些单元都是构建更复杂思想的基础。例如，在化学中，基本单元通常是原子，它是保留元素特性的最小物质单位。原子结合形成分子，然后参与化学反应，展示了这些初级单元如何相互作用以创造我们在自然界中观察到的多样物质。同样，在物理学中，基本单元可以指基本粒子，如夸克和电子。这些粒子是物质的构建块，并在物理法则中发挥着至关重要的作用。理解这些初级单元使科学家能够制定理论和模型，解释宇宙在宏观和微观层面的行为。在生物学中，细胞被视为生命的基本单元。细胞是能够执行维持生命所需的所有功能的最小单位。它们结合形成组织、器官，并最终形成整个生物体。研究细胞及其功能对于理解生物系统如何运作以及如何对各种刺激做出反应至关重要。通过检查这些基本单元，生物学家可以深入了解健康、疾病和生命机制。在社会科学领域，基本单元的概念可以应用于社会中的个人或群体。每个个体都作为一个初级单元，为更大的社会结构做出贡献。在这个层面上理解人类行为对于发展心理学、社会学和人类学理论至关重要。研究人员经常分析这些基本单元如何相互作用，以形成社会规范、文化实践和集体行为。此外，在教育中，基本单元的理念可以在知识的结构化方式中看到。教师通常将复杂的主题分解为学生可以更轻松掌握的初级单元。这种教学方法帮助学习者在进入更高级的概念之前建立坚实的基础。例如，在数学中，学生首先学习数字和运算作为基本单元，然后再学习代数或微积分。总之，初级单元或基本单元的重要性超越了各个研究领域。它们代表了使我们能够理解和分析更复杂系统的核心组成部分。无论是在自然科学还是社会科学中，认识到这些基础元素对于推动知识进步和促进创新至关重要。随着我们深入研究每个学科，我们发现这些基本单元不仅帮助我们理解周围的世界，还激发了好奇心并推动进一步探索。