centigrade system

简明释义

百分度制

英英释义

例句

1.The weather forecast uses the centigrade system to report temperatures, making it easier for most people to understand.

天气预报使用摄氏系统来报告温度，使大多数人更容易理解。

2.In science classes, we often convert Fahrenheit readings to the centigrade system for simplicity.

在科学课上，我们经常将华氏温度转换为摄氏系统以简化计算。

3.Countries like Canada and most of Europe rely on the centigrade system for temperature measurements.

像加拿大和大多数欧洲国家依赖于摄氏系统进行温度测量。

4.When cooking, it's important to know how to adjust recipes that are written in the centigrade system.

在烹饪时，了解如何调整用摄氏系统书写的食谱非常重要。

5.The centigrade system is widely used in medical settings to measure body temperature accurately.

在医疗环境中，摄氏系统被广泛用于准确测量体温。

作文

The centigrade system, also known as the Celsius scale, is a temperature measurement system that is widely used around the world. It was developed by the Swedish astronomer Anders Celsius in the 18th century. The centigrade system is based on two fixed points: the freezing point of water, which is defined as 0 degrees Celsius, and the boiling point of water, which is defined as 100 degrees Celsius at standard atmospheric pressure. This scale is particularly useful in scientific contexts and everyday life because it provides a clear and simple way to understand temperature changes.One of the main advantages of the centigrade system is its ease of use. For instance, when people talk about the weather, they often refer to temperatures in degrees Celsius. A temperature of 20 degrees Celsius feels much warmer than a chilly 0 degrees Celsius, making it intuitive for individuals to grasp the concept of temperature variations. Furthermore, the metric nature of the centigrade system aligns with other metric measurements, facilitating calculations and conversions in scientific research.In contrast, some countries, particularly the United States, primarily utilize the Fahrenheit scale. This can lead to confusion when traveling or communicating across different regions. For example, a temperature of 32 degrees Fahrenheit corresponds to 0 degrees Celsius, while 212 degrees Fahrenheit is equivalent to 100 degrees Celsius. This discrepancy highlights the importance of understanding the centigrade system for those who may encounter it in various contexts.Moreover, the centigrade system plays a crucial role in scientific experiments and research. Many scientific fields, such as chemistry and biology, rely on precise temperature measurements for their experiments. The centigrade system allows researchers to communicate their findings clearly and accurately, ensuring that results can be replicated by others. Additionally, many scientific instruments, such as thermometers and climate monitoring devices, are calibrated using the Celsius scale, further emphasizing its significance in the scientific community.In everyday life, the centigrade system is integral to cooking, weather forecasting, and even health monitoring. Recipes often provide temperature guidelines in degrees Celsius, and understanding this scale can help home cooks achieve the desired results. Weather forecasts typically report temperatures in degrees Celsius, allowing individuals to dress appropriately for the day. Furthermore, medical professionals often monitor body temperatures in degrees Celsius, with a normal body temperature being around 37 degrees Celsius.In conclusion, the centigrade system is an essential part of our daily lives and scientific endeavors. Its straightforward approach to measuring temperature makes it accessible to everyone, from scientists conducting experiments to individuals checking the weather. As we continue to navigate a world that increasingly values scientific literacy, understanding the centigrade system becomes even more critical. By familiarizing ourselves with this temperature measurement system, we can enhance our comprehension of the natural world and improve our ability to communicate effectively across different cultures and disciplines.

摄氏系统，也称为摄氏温度计，是一种广泛应用于全球的温度测量系统。它是由瑞典天文学家安德斯·摄尔修斯在18世纪开发的。摄氏系统基于两个固定点：水的冰点被定义为0摄氏度，而水的沸点被定义为100摄氏度，在标准大气压下。这一刻度在科学背景和日常生活中尤为有用，因为它提供了一种清晰简单的方法来理解温度变化。摄氏系统的主要优点之一是其易用性。例如，当人们谈论天气时，他们通常会提到摄氏度的温度。20摄氏度的温度比寒冷的0摄氏度要温暖得多，这使得人们直观地理解温度变化的概念。此外，摄氏系统的公制特性与其他公制测量相一致，便于在科学研究中的计算和转换。相比之下，一些国家，特别是美国，主要使用华氏温度计。这可能导致在不同地区旅行或交流时产生混淆。例如，32华氏度的温度对应于0摄氏度，而212华氏度则等于100摄氏度。这种差异突显了理解摄氏系统的重要性，尤其是对于那些可能在各种背景下遇到它的人。此外，摄氏系统在科学实验和研究中发挥着至关重要的作用。许多科学领域，如化学和生物学，依赖于精确的温度测量进行实验。摄氏系统使研究人员能够清晰准确地传达他们的发现，确保结果可以被他人复制。此外，许多科学仪器，如温度计和气候监测设备，都是使用摄氏刻度进行校准的，进一步强调了它在科学界的重要性。在日常生活中，摄氏系统对烹饪、天气预报甚至健康监测至关重要。食谱通常以摄氏度提供温度指导，理解这一刻度可以帮助家庭厨师达到理想的结果。天气预报通常报告摄氏度的温度，使个人能够适当地穿衣。此外，医疗专业人员通常以摄氏度监测体温，正常体温约为37摄氏度。总之，摄氏系统是我们日常生活和科学努力的重要组成部分。它对温度测量的直接方法使每个人都能轻松接触，从进行实验的科学家到检查天气的个人。随着我们继续在一个越来越重视科学素养的世界中导航，理解摄氏系统变得更加重要。通过熟悉这一温度测量系统，我们可以增强对自然世界的理解，提高跨文化和跨学科有效沟通的能力。