Geodesic

The geodesic curve of a road may not be the most direct path between two points due to topography.

The geodesic route on a map may not look like the shortest path, but it is the fastest way to travel.

The geodesic path on the radar screen showed the flight path of the incoming aircraft.

A geodesic line can be used to determine the distance between two cities on a map.

A geodesic arc is a portion of a curve that follows the shortest path between two points.

The geodesic algorithm is used in satellite communication to determine the shortest distance between two points on the surface of the earth.

The geodesic algorithm is used to create maps of the world that accurately depict the curvature of the earth.

The geodesic distance between two points on a curved surface can be found using the geodesic algorithm.

The geodesic approach is used by engineers to design structures that can withstand stress on a curved surface.

The geodesic algorithm is an important tool for calculating travel times over long distances on a curved surface.

The geodesic algorithm can be used to calculate the shortest flight path between two cities.

The company used a geodesic design for their eco-friendly office building.

The geodesic equations are used to describe the motion of objects in curved spacetime.

The geodesic metric is a measure of the distance between two points on a curved surface.

The geodesic equation describes how objects move through a curved space in response to gravitational forces.

The geodesic metric measures the distance between two points on a curved surface.

Geodesic navigation is used in many aircraft and ship systems.

Engineers use geodesic curves to model the shortest distance between two points on a surface.

In physics, the geodesic line represents the path of a freely moving object in spacetime.

The geodesic algorithm was used to find the shortest path through a network of roads.

The shortest route for a ship to travel between two ports can be calculated using geodesic curves.

The geodesic line on the blueprint represented the most direct route for the pipeline to reach its destination.

Mathematicians use geodesic lines to study geometry and topology.

The shortest distance between two points on the surface of a torus can be found using a geodesic.

The concept of a geodesic is used in computer graphics to create three-dimensional models of curved surfaces.

The geodesic dome is a type of structure made from interconnecting triangles that follows the principles of geodesic geometry.

The geodesic flow is a mathematical concept used in the study of dynamical systems on curved surfaces.

The equator is an example of a geodesic on the surface of a sphere.

The geodesic on a sphere is a great circle, which is the shortest path between two points on the surface.

Geodesic lines on a sphere are great circles, such as the equator or a line of longitude.

The airplane followed a geodesic path to reach its destination quickly.

The geodesic dome was popularized by architect Buckminster Fuller in the 1950s.

The architect used geodesic domes to create a unique design for the building.

The ship's captain charted a geodesic course to avoid the storm.

Geodesic paths can also be used to find the shortest distance between two points on other curved surfaces, such as a torus or a saddle.

Geodesic calculations are used in the design of spacecraft trajectories.

The shortest distance between two points on a cone is along a geodesic.

Geodesic lines are used to construct maps of the Earth's surface in cartography.

The geodesic metric measures distance on a curved surface.

Geodesic curvature is a measure of how much a curve deviates from a geodesic on a surface.

In computer graphics, geodesic lines can be used to create realistic models of 3D objects.

The geodesic path is the most efficient route between two points on a map.

The geodesic calculation takes into account the curvature of the earth's surface.

The geodesic line connecting two points on a curved surface is the shortest distance between them.

The geodesic shape of a dome is created by intersecting many triangles.

The geodesic method of navigation is critical for sailors on the open seas.

The engineer designed a geodesic structure for the greenhouse.

The astronaut studied geodesic principles to navigate in space.

The surface of a geodesic dome is made up of many triangular panels.

The geodesic algorithm is used to calculate the shortest distance between two points on a sphere.