A comprehensive guide to vectors, lines, and planes in 3D space, covering fundamental concepts of vector operations, geometric relationships, and parametric equations. This mathematical resource details essential principles for understanding spatial geometry and vector calculus.
- Vector operations including scalar products, linear combinations, and orthogonal projections
- Geometric relationships between lines and planes in 3D space
- Parametric and Cartesian equations for representing lines and planes
- Orthogonality concepts and perpendicular relationships
- Vector basis and coordinate systems in three-dimensional space