absorbed declination

简明释义

已分摊跌价差额

英英释义

例句

1.In the context of navigation, absorbed declination can affect the accuracy of compass readings.

在导航的背景下，吸收偏角可能会影响指南针读数的准确性。

2.Understanding absorbed declination is crucial for improving GPS technology.

理解吸收偏角对于提高GPS技术至关重要。

3.The scientist explained the concept of absorbed declination to his students, highlighting its importance in understanding magnetic fields.

科学家向学生们解释了吸收偏角的概念，强调了其在理解磁场中的重要性。

4.The geologist studied the absorbed declination in various locations to determine geological formations.

地质学家研究了不同地点的吸收偏角以确定地质构造。

5.The pilot adjusted the aircraft's heading based on the absorbed declination indicated on the flight instruments.

飞行员根据飞行仪器上指示的吸收偏角调整了飞机的航向。

作文

In the realm of physics and mathematics, concepts often intertwine to create a deeper understanding of the universe. One such concept is absorbed declination, which refers to the phenomenon where a certain angle or direction is influenced or altered by external factors, leading to a change in its original state. This term can be particularly relevant in fields like astronomy, navigation, and even in our daily lives when we consider how various forces affect our perception of direction and orientation.To illustrate the idea of absorbed declination, let us consider the example of a compass. A compass is designed to point towards magnetic north; however, various factors can cause it to deviate from this path. For instance, if you are near a large metal object, the magnetic field can become distorted, causing the compass needle to point in a different direction than true north. This deviation is an example of absorbed declination, as the compass has absorbed the influence of the surrounding environment, altering its original function.Furthermore, absorbed declination can also be observed in the context of celestial navigation. When sailors navigate using the stars, they must account for the declination of celestial bodies, which is the angle between the object and the celestial equator. This angle can change due to various factors, including the position of the observer on Earth and the time of year. Thus, sailors must absorb this information and adjust their navigational strategies accordingly, demonstrating how absorbed declination plays a critical role in successful navigation.In addition to its applications in navigation and astronomy, absorbed declination can also serve as a metaphor for personal growth and adaptation in life. Just as a compass can be thrown off course by external influences, individuals often face challenges that can alter their paths. Whether it be societal expectations, personal relationships, or unforeseen circumstances, these factors can lead to a shift in one’s direction. Recognizing and adapting to these changes is crucial for personal development.For instance, consider a student who initially plans to pursue a career in medicine. However, after experiencing a challenging internship in a hospital, they realize that their passion lies in environmental science instead. This shift in direction, influenced by their experiences, embodies the essence of absorbed declination. The student has absorbed new information and perspectives, allowing them to redefine their goals and aspirations.In conclusion, the concept of absorbed declination extends far beyond its technical definitions in physics and astronomy. It reminds us that both in the physical world and in our personal journeys, we are constantly influenced by external factors that can alter our paths. By acknowledging these influences and adapting to them, we can navigate through life with greater awareness and purpose. Whether we are using a compass to find our way or making decisions about our future, understanding absorbed declination can provide valuable insights into the complexities of direction and choice in our lives.

在物理学和数学领域，概念往往交织在一起，以创造对宇宙更深刻的理解。其中一个概念是吸收偏差，它指的是某个角度或方向受到外部因素的影响或改变，从而导致其原始状态的变化。这个术语在天文学、导航，甚至在我们日常生活中都特别相关，因为我们考虑各种力量如何影响我们对方向和定位的感知。为了阐明吸收偏差的思想，让我们考虑一个指南针的例子。指南针的设计是指向磁北；然而，各种因素可能导致它偏离这条路径。例如，如果你靠近一个大型金属物体，磁场可能会变得扭曲，导致指南针指针指向与真北不同的方向。这种偏差就是吸收偏差的一个例子，因为指南针吸收了周围环境的影响，改变了其原有功能。此外，在天体导航的背景下也可以观察到吸收偏差。当水手使用星星进行导航时，他们必须考虑天体的偏差，即物体与天球赤道之间的角度。由于观察者在地球上的位置和季节的变化，这个角度可能会发生变化。因此，水手必须吸收这些信息并相应调整他们的导航策略，展示了吸收偏差在成功导航中的关键作用。除了在导航和天文学中的应用外，吸收偏差也可以作为个人成长和适应的隐喻。正如指南针可能因外部影响而偏离航向，个人也经常面临挑战，这些挑战可以改变他们的道路。无论是社会期望、个人关系还是不可预见的情况，这些因素都可能导致一个方向的转变。认识到并适应这些变化对个人发展至关重要。例如，考虑一个最初计划从医的学生。然而，在医院经历了一次具有挑战性的实习后，他们意识到自己的热情实际上在于环境科学。这个方向的转变，受到他们经历的影响，体现了吸收偏差的本质。学生吸收了新的信息和视角，使他们能够重新定义自己的目标和抱负。总之，吸收偏差的概念远远超出了其在物理学和天文学中的技术定义。它提醒我们，无论是在物理世界还是在个人旅程中，我们都在不断受到外部因素的影响，这些因素可以改变我们的道路。通过承认这些影响并适应它们，我们可以以更大的意识和目标导航生活。无论我们是使用指南针找到方向，还是做出关于未来的决策，理解吸收偏差都能为我们提供对生活中方向和选择复杂性的宝贵见解。