Geodesic

The geodesic curvature of a surface measures how much it deviates from being perfectly flat.

The geodesic distance between two cities on a map can be quite different from the actual distance traveled by road or air.

Geodesic structures are often used in construction due to their strength and efficiency.

The geodesic path on the Earth's surface is different from the straight line on a flat map.

The concept of a geodesic path was first introduced by the Greek mathematician Euclid.

The scientist studied the geodesic shapes of crystals under the microscope.

The artist used a geodesic grid to create a 3D drawing.

The geodesic method of calculating distances is important in the study of non-Euclidean geometries.

The shortest distance between two points on a globe is a geodesic line.

The shortest route between two points on the surface of a hyperbolic paraboloid is a geodesic.

The shortest path between two points on a cylinder is a geodesic.

The mathematician drew a geodesic on the whiteboard.

Geodesic parallel transport is a concept in differential geometry.

He struggled to understand the geodesic flow of the differential equations.

The geodesic distance between two points is the shortest distance along a curved surface.

A geodesic dome is a structure that utilizes the principles of geodesic geometry in architecture.

The geodesic principle is used in the study of black holes.

The geodesic distance between two points on a surface is a key concept in geodesy.

The geodesic curvature is a property of curves on a surface.

The geodesic equation is a fundamental concept in differential geometry.

The geodesic equation is used to calculate the shortest path between two points on a curved surface.

The geodesic torsion is a measure of how much a curve twists as it moves along a surface.

Geodesic paths can be used to solve differential equations.

Geodesic shapes are commonly used in architecture.

A geodesic route may not be the most direct route between two points on a curved surface.

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

Geodesic coordinates are a type of coordinate system used in geometry and physics.

The geodesic satellite dish was able to transmit signals from afar.

Geodesic motion follows the shortest path between two points.

Geodesic circles on a globe are lines of longitude.

The geodesic playground equipment provided a fun and safe experience for kids.

The geodesic method is more accurate than other algorithms for measuring distances on a curved surface.

A geodesic trajectory is the path a spacecraft takes that minimizes fuel consumption.

The geodesic design of a structure allows for an even distribution of stress and weight.

The geodesic equation describes the motion of particles on curved surfaces.

The artist used geodesic patterns in her painting.

The navigator plotted a geodesic on the map to find the shortest route.

The astronaut traveled along a geodesic orbit around the Earth.

The geodesic line on the graph represented the most efficient route for the delivery truck.

The geodesic hypothesis proposes that the universe is finite and curved.

The geodesic algorithm is used by satellites to determine their position in orbit.

The geodesic curve on the map represented the route taken by the hiker to reach the mountain summit.

Geodesic motion is a concept used in physics to describe the motion of particles on curved surfaces.

A geodesic path can be found using mathematical formulas.

The hiker followed the geodesic path to the mountain summit.

The geodesic flow on a manifold describes the path of a particle moving along the shortest path.

The geodesic algorithm is a useful tool for navigation on a curved surface.

A geodesic dome is a spherical structure made up of interlocking triangles.

A geodesic curve is one that minimizes the length between two points on a curved surface.

Geodesic curvature measures the deviation of a curve from a geodesic path.