👉 The term "geodetically" is a term used in geography to describe the geographical position of an object or point of interest, with respect to another object or point. It refers to the way that objects are located on the earth's surface and how they are oriented relative to one another. In geodesy, the concept of geodetic positions arises from the study of how two points on a celestial sphere are related by means of latitude and longitude. Geodetic positions can be represented in
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What is the definition of Geodetician? 🙋
👉 A geodetician is a person who uses mathematical principles and techniques to measure distances, angles, and positions of objects in space. They are often involved in work related to astronomy, navigation, and engineering. Geodeticians use equations and formulas to calculate these measurements accurately and ensure that the results are consistent with established standards. They also help scientists understand the Earth's shape and its impact on our planet's movements.
What is the definition of Geodetics? 🙋
👉 Geodetic is a science that deals with the measurement of earth's shape, especially its position. It involves using technology and mathematical models to determine how Earth's surface is shaped and what it looks like from space. Geodetic systems are used in navigation, mapping, and other applications where accurate measurements are required.
What is the definition of Geodetic? 🙋
👉 The term "geodetic" refers to a system or method of measuring distances and elevations using the principles of geometry. Geodetics involves the use of mathematical and geometric methods to determine the position, elevation, and shape of objects in space. It is used in various fields such as navigation, astronomy, and cartography.
What is the definition of Geodetical? 🙋
👉 Geodetical is a term used in mathematics and astronomy, referring to an approximation method for solving problems involving circles or spheres. It involves approximating the actual shape of a sphere by considering it as a plane with some points on its surface that are 'close' enough to be considered equivalent to the center of the sphere. In simpler terms, geodetical methods approximate the shape of a sphere using a smaller and more accurate model than would be used in a standard sphere calculation. This method is often
