Fahrenheit temperature
简明释义
华氏温度
英英释义
A scale for measuring temperature where water freezes at 32 degrees and boils at 212 degrees under standard atmospheric conditions. | 一种测量温度的刻度,水在标准大气条件下在32度时冻结,在212度时沸腾。 |
例句
1.The Fahrenheit temperature dropped significantly overnight, reaching a low of 32 degrees.
夜间华氏温度显著下降,最低达到32度。
2.In cooking, it's important to monitor the Fahrenheit temperature of your oven.
在烹饪中,监测烤箱的华氏温度非常重要。
3.The weather report stated that the current Fahrenheit temperature is 75 degrees.
天气预报说现在的华氏温度是75度。
4.During the summer, the average Fahrenheit temperature can reach over 90 degrees.
夏天,平均的华氏温度可以超过90度。
5.The Fahrenheit temperature in the freezer should be set to 0 degrees.
冰箱的华氏温度应该设置为0度。
作文
The concept of Fahrenheit temperature is one that many people encounter in their daily lives, especially in countries like the United States where this scale is predominantly used. The Fahrenheit temperature scale was developed by Daniel Gabriel Fahrenheit in the early 18th century. It is based on two fixed points: the freezing point of water, which is 32 degrees Fahrenheit, and the boiling point of water, which is 212 degrees Fahrenheit at standard atmospheric pressure. This makes the Fahrenheit temperature scale unique compared to the Celsius scale, which is more widely used around the world. Understanding Fahrenheit temperature can be crucial for various reasons, especially when it comes to weather forecasting and daily activities. For instance, when planning a picnic or an outdoor event, knowing the Fahrenheit temperature helps individuals dress appropriately and prepare for the conditions. A day with a Fahrenheit temperature of 75 degrees might be considered warm and pleasant, while a Fahrenheit temperature of 32 degrees signifies freezing conditions, prompting the need for winter clothing.Moreover, the Fahrenheit temperature scale is often used in cooking and baking. Recipes may indicate temperatures in Fahrenheit temperature, and understanding how to convert these temperatures to Celsius can be essential for those who are accustomed to the metric system. For example, a recipe might require an oven temperature of 350 degrees Fahrenheit temperature, which translates to approximately 175 degrees Celsius. Failing to understand this conversion could lead to improperly cooked meals.In addition to practical applications, the Fahrenheit temperature scale also has cultural significance. In American society, discussions about temperature often reference Fahrenheit temperature. Weather reports, advertisements, and even casual conversations frequently employ this scale, making it a part of everyday language. This familiarity can create a sense of comfort for those who have grown up using it, even if they are aware of other temperature scales.However, the use of Fahrenheit temperature is not without its challenges. As global communication increases, many people find themselves needing to convert between Fahrenheit temperature and Celsius. This can be confusing for those who are not accustomed to the Fahrenheit temperature scale. Fortunately, there are simple formulas to help with conversions. To convert Fahrenheit temperature to Celsius, one can subtract 32 from the Fahrenheit temperature, multiply the result by 5, and then divide by 9. Conversely, to convert Celsius to Fahrenheit temperature, one can multiply the Celsius temperature by 9, divide by 5, and then add 32.In conclusion, understanding Fahrenheit temperature is important for practical applications in daily life, cooking, and cultural contexts. While it may be less common in other parts of the world, the Fahrenheit temperature scale remains an integral part of American society. Whether discussing the weather or following a recipe, being knowledgeable about Fahrenheit temperature enhances communication and ensures that individuals can navigate various situations effectively. As globalization continues to bridge cultural gaps, understanding both Fahrenheit temperature and Celsius will become increasingly important for effective communication across different regions.
“华氏温度”这个概念是许多人在日常生活中会遇到的,尤其是在像美国这样的国家,这个量表被广泛使用。“华氏温度”量表是由丹尼尔·加布里埃尔·华氏在18世纪初开发的。它基于两个固定点:水的冰点为32华氏度,而水的沸点在标准大气压下为212华氏度。这使得“华氏温度”量表与更广泛使用的摄氏度量表独特。理解“华氏温度”对于各种原因都至关重要,尤其是在天气预报和日常活动方面。例如,在计划野餐或户外活动时,了解“华氏温度”有助于人们适当着装并为天气条件做好准备。一天的“华氏温度”为75华氏度可能被认为是温暖和宜人的,而“华氏温度”为32华氏度则意味着冰冻条件,提示需要冬季服装。此外,“华氏温度”量表常用于烹饪和烘焙。食谱可能会以“华氏温度”指示温度,理解如何将这些温度转换为摄氏度对那些习惯于公制系统的人来说至关重要。例如,食谱可能要求烤箱温度为350华氏度,这大约相当于175摄氏度。不理解这种转换可能导致餐点烹饪不当。除了实际应用外,“华氏温度”量表在文化上也具有重要意义。在美国社会中,关于温度的讨论经常提到“华氏温度”。天气报告、广告甚至随意的对话中经常使用这一量表,使其成为日常语言的一部分。这种熟悉感可以为那些习惯于使用它的人创造一种舒适感,即使他们知道其他温度量表。然而,“华氏温度”的使用并非没有挑战。随着全球交流的增加,许多人发现自己需要在“华氏温度”和摄氏度之间进行转换。这对于那些不习惯“华氏温度”量表的人来说可能会造成困惑。幸运的是,有简单的公式可以帮助进行转换。要将“华氏温度”转换为摄氏度,可以从“华氏温度”中减去32,将结果乘以5,然后再除以9。反之,要将摄氏度转换为“华氏温度”,可以将摄氏温度乘以9,除以5,然后加32。总之,理解“华氏温度”对于日常生活、烹饪和文化背景中的实际应用非常重要。尽管在世界其他地方可能不太常见,但“华氏温度”量表仍然是美国社会的重要组成部分。无论是在讨论天气还是跟随食谱,了解“华氏温度”都能增强沟通能力,确保个人能够有效地应对各种情况。随着全球化继续弥合文化差距,理解“华氏温度”和摄氏度将变得越来越重要,以便在不同地区之间进行有效沟通。
相关单词