Pyramid Calculators
Comprehensive collection of calculators for pyramids and pyramid-like shapes in 3D geometry
Basic Pyramid Forms
Regular Polygonal Pyramids
Truncated Pyramids (Frustums)
Bipyramids (Double Pyramids)
About Pyramids and Pyramid Structures
Pyramids are polyhedra formed by connecting a polygonal base to a single point (apex) - fundamental shapes in architecture and engineering:
- Architecture - Pyramids, roofs, spires
- Engineering - Structural supports
- History - Ancient monuments
- Crystallography - Crystal forms
- Mathematics - Polyhedral geometry
- Design - Modern architecture
Fundamental Pyramid Formulas
Basic Pyramid
(A = base area, h = height)
Frustum (Truncated)
Prismoidal formula
Slant Height
For lateral surface calculation
Bipyramid
Two pyramids combined
Practical Applications
Architecture & Construction
- Pyramids: Ancient monuments, modern architecture
- Roofs: Pyramid roofs, spires, steeples
- Foundations: Pyramid-shaped foundations
Engineering & Industry
- Containers: Hoppers, funnels, storage
- Structures: Support towers, transmission towers
- Crystals: Pyramid-shaped crystals
Mathematics & Education
- Geometry: Teaching 3D shapes
- Calculus: Volume integration examples
- Topology: Polyhedral studies
Art & Design
- Sculptures: Pyramid-based art
- Architecture: Modern pyramid buildings
- Monuments: Memorial structures
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Quick Reference
Historical Context
Ancient Egypt (2600 BC): Great Pyramid of Giza - mathematical marvel of ancient engineering.
Euclid (ca. 300 BC): Formal geometric treatment of pyramids in "Elements".
Modern Times: Pyramid structures in contemporary architecture and engineering.
Properties
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