three-dimensional geometry

Frequency: 6.54.1 per million words

The study of shapes and figures in 3D space.

Examples (20)

  • In three-dimensional geometry, vectors have x, y, and z components.
  • Students often find three-dimensional geometry challenging but fascinating.
  • We proved the theorem using concepts from three-dimensional geometry.
  • The principles of three-dimensional geometry are crucial in architecture and engineering.
  • Her research focuses on curvature and surfaces in three-dimensional geometry.
  • Understanding three-dimensional geometry is essential for computer graphics development.
  • This VR lesson makes three-dimensional geometry intuitive for beginners.
  • Ancient Greek mathematicians laid some foundations for three-dimensional geometry.
  • Could you explain cross products as they apply to three-dimensional geometry?
  • Unlike planar geometry, three-dimensional geometry deals with objects in space.
  • Engineers rely on three-dimensional geometry when modeling parts for 3D printing.
  • She excelled in advanced topics of three-dimensional geometry during her university studies.
  • Historically, navigation has used three-dimensional geometry to plot trajectories.
  • Visualizing complex shapes is key to mastering three-dimensional geometry.
  • I struggled with three-dimensional geometry until I practiced visualizing solids.
  • Modern physics relies heavily on sophisticated concepts from three-dimensional geometry.
  • The course extends planar ideas to three-dimensional geometry and topology.
  • Software tools are now available to easily explore three-dimensional geometry.
  • Any rigid motion in three-dimensional geometry can be represented by a matrix.
  • The course covers both Euclidean and non-Euclidean three-dimensional geometry.