units

简明释义

[ˈjuːnɪts]['juːnɪts]

n. [计量] 单位

英英释义

A single, distinct part of a whole that can be measured or counted.

一个可以测量或计算的整体中独立的、明确的部分。

A standard quantity used to specify measurements, such as length, area, volume, etc.

用于指定测量的标准数量,例如长度、面积、体积等。

An individual item or group of items that is treated as a single entity in a larger context.

在更大背景中作为单一实体处理的单个项目或项目组。

单词用法

units concerned

有关单位

international system of units

国际单位制

同义词

components

组件

The engine consists of several components.

发动机由几个组件组成。

elements

元素

Each element in the study contributes to the overall findings.

研究中的每个元素都对整体发现有所贡献。

sections

部分

The report is divided into three sections.

报告分为三个部分。

modules

模块

The software is built using various modules.

该软件是使用各种模块构建的。

items

项目

We need to order more items for the inventory.

我们需要为库存订购更多项目。

反义词

singles

单个

In a game, players can choose to play singles instead of in units.

在比赛中,玩家可以选择单打而不是组队。

individuals

个体

The research focused on individuals rather than larger units of analysis.

该研究集中在个体而不是更大的分析单位上。

例句

1.Your intake of alcohol should not exceed two units per day.

你每天酒精摄入量不能超过两个单位。

2.Influenced by old ideas, some units assign posts according to seniority.

由于受旧观念的影响,有些单位分配工作按资排辈。

3.More units to fight forest fires are planned.

已经计划增派部队来扑灭森林大火。

4.Infantry and armor units are already deploying on the Gaza border.

步兵和装甲部队已经部署在加沙边境。

5.These front-line defences are backed up by armoured units in reserve.

前线防御有后备装甲部队的支援。

6.There are four units and one module task in each module.

共有四个单元,每个单元有一个模块任务。

7.The factory produces 5000 units of the product each day.

这家工厂每天生产5000个单位的产品。

8.The textbook is divided into several units for easier learning.

这本教科书被分为几个单元以便于学习。

9.We need to order more units to meet the demand.

我们需要订购更多的单位以满足需求。

10.Each unit of measurement must be accurate.

每个单位的测量必须准确。

11.The software can handle multiple units of data at once.

该软件可以同时处理多个单位的数据。

作文

In the world of education, we often encounter various units of measurement, which help us quantify and understand different concepts. For instance, in mathematics, we learn about units such as meters, liters, and grams. These units serve as a standardized way to measure physical quantities, allowing for clear communication and comprehension among individuals. Without these units, it would be challenging to convey the size of an object or the volume of a liquid accurately.Moreover, in the context of science, units play a crucial role in experiments and research. Scientists rely on specific units to report their findings, ensuring that their work can be replicated and understood by others in the field. For example, when measuring temperature, scientists use units such as Celsius or Fahrenheit. The consistency provided by these units is essential for the advancement of scientific knowledge.In addition to mathematics and science, units also appear in everyday life. When cooking, recipes often call for ingredients measured in units like cups, tablespoons, or ounces. Understanding these units is vital for anyone who wants to prepare a meal successfully. A small mistake in measurement can lead to a dish that is either too salty or not flavorful enough, highlighting the importance of accurate units in culinary practices.Furthermore, in the field of economics, units are used to express values and quantities. For instance, currency is a unit of measurement for financial transactions. Whether we are discussing dollars, euros, or yen, these units allow us to compare prices and make informed decisions about spending and saving. Understanding the value of different units is essential for effective personal finance management.As technology continues to evolve, new units of measurement are emerging. In computing, for example, data storage is often measured in bytes, kilobytes, megabytes, and gigabytes. These digital units have become increasingly relevant in our data-driven society, where understanding the capacity of devices is crucial for both personal and professional use.In conclusion, the concept of units is fundamental across various disciplines and aspects of life. From education and science to cooking and economics, units provide a framework for understanding and communicating information effectively. As we navigate through different fields, recognizing the significance of units will enhance our ability to analyze and interpret data, ultimately leading to better decision-making and problem-solving skills. Therefore, mastering the use of units is not just an academic exercise; it is a valuable skill that has practical implications in our daily lives.

在教育的世界里,我们经常会遇到各种衡量的单位,这些单位帮助我们量化和理解不同的概念。例如,在数学中,我们学习关于米、升和克等单位。这些单位作为测量物理量的标准化方式,使个人之间能够清晰地沟通和理解。如果没有这些单位,准确传达物体的大小或液体的体积将会非常困难。此外,在科学的背景下,单位在实验和研究中也发挥着至关重要的作用。科学家依赖特定的单位来报告他们的发现,确保他们的工作可以被该领域的其他人复制和理解。例如,在测量温度时,科学家使用摄氏度或华氏度等单位。这些单位所提供的一致性对于科学知识的进步至关重要。除了数学和科学,单位也出现在日常生活中。当烹饪时,食谱通常会要求用杯、汤匙或盎司等单位来测量成分。理解这些单位对于任何想要成功准备饭菜的人来说都是至关重要的。测量中的小错误可能导致菜肴过咸或味道不足,突显了在烹饪实践中准确单位的重要性。此外,在经济领域,单位用于表达价值和数量。例如,货币是金融交易的一个单位。无论我们讨论的是美元、欧元还是日元,这些单位使我们能够比较价格并做出明智的消费和储蓄决策。理解不同单位的价值对于有效管理个人财务至关重要。随着技术的不断发展,新的单位测量也在不断涌现。在计算机领域,例如,数据存储通常以字节、千字节、兆字节和吉字节为单位。这些数字单位在我们这个数据驱动的社会中变得越来越相关,理解设备容量对于个人和专业使用都至关重要。总之,单位的概念在各个学科和生活的各个方面都是基础。从教育和科学到烹饪和经济,单位为有效理解和传达信息提供了框架。当我们在不同领域中导航时,认识到单位的重要性将增强我们分析和解释数据的能力,最终导致更好的决策和解决问题的能力。因此,掌握单位的使用不仅仅是学术练习;这是一项具有实际意义的宝贵技能,在我们的日常生活中有着重要的影响。