geodic的音标是[ˈdʒi:diæk],中文翻译为“几何的”。基本翻译为“几何学”,这是一门研究形状、大小和位置的数学学科。速记技巧可以考虑将“几何”发音与字母“j”、“i”、“g”相联系,以便快速记忆。
geodic这个词的词源可以追溯到古希腊语中的“geo”和“khein”两个词,分别代表“土地”和“盛放”。这个词的含义主要是指地球的几何学,也就是研究地球形状、大小、重力场以及地球表面几何形状的科学。
变化形式:词形一般为复数形式,geodics。
相关单词:
1. geodesic:是geodic的一个具体概念,指的是通过最小化两点之间的距离来构建直线的方法,广泛应用于工程和建筑领域。
2. ellipsoid:地球的形状通常被描述为椭球形,这个词汇就是来自于geoid和spheroid两个词结合而来,用来描述地球的形状。
3. topography:这个词指的是地形学,来源于希腊语中的“topos”(位置)和“graphia”(描绘),用来描述地球表面的形态。
4. gravity:重力是地球的一个重要属性,这个词汇来源于拉丁语中的“gravis”,意为“重的”,与geoid相关联。
5. hydrography:水文学是研究水体的性质和特征的科学,这个词汇来源于希腊语中的“hudor”(水)和“graphe”(描绘),与geoid也有一定的关联。
6. geodesy:地理测量学是研究地球形状和大小的科学,这个词汇来源于geode和metry两个词的组合,与geodic密切相关。
7. geodesic dome:这是一种由最小化两点之间的距离来构建的球形结构,广泛应用于临时建筑和太空探索等领域。
8. geodesic curve:这是一种由最小化两点之间的距离来定义的曲线,广泛应用于工程和建筑领域。
9. geoid model:这是一种模拟地球的重力场的模型,用于预测地表高度对水文和地震的影响。
10. geodetics:这是一种描述地球表面形态变化的曲线,广泛应用于地质学和环境科学等领域。
常用短语:
1. geodesic sphere 球面测地线
2. geodesic distance 测地距离
3. geodesic line 测地线
4. geodesic triangle 测地三角形
5. geodesic sphere 测地球面
6. geodesic distance formula 测地距离公式
7. geodesic vector field 测地矢量场
例句:
1. The geodesic distance between two points is the shortest distance on the surface of the sphere.
两个点之间的测地距离是在球面上的最短距离。
2. The geodesic line between two cities follows the shortest path over land.
两个城市之间的测地线是跨越陆地的最短路径。
3. The geodesic triangle is the most area-efficient way to cover a given area.
测地三角形是覆盖给定面积的最有效的方式。
英文小作文:
Title: The Beauty of Geodesics
Geodesics are a fundamental concept in geometry, and they play an important role in many areas of science, including astronomy and geography. From the shortest distances on the surface of a sphere to the most area-efficient way to cover a given area, geodesics have a unique and fascinating beauty.
When it comes to astronomy, geodesics are essential for understanding the layout of the universe. In particular, the geodesic sphere perfectly encapsulates the geometry of a celestial body, such as the Earth, and allows us to easily calculate distances and directions between any two points. Similarly, geodesics are also crucial in geography, helping us to understand the relationship between locations on the Earth"s surface.
Moreover, geodesics have practical applications in many fields, from navigation to robotics. For instance, geodesic lines and triangles are commonly used to determine the shortest route between two points, and they are also essential for understanding the movement of celestial bodies and weather systems.
In conclusion, geodesics are a beautiful and versatile concept that plays an essential role in many fields of science and technology. Understanding them better can help us to develop more efficient and accurate methods for navigation, mapping, and weather prediction, among other applications.
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