Sign in
Search
GeoGebra
Home
Resources
Profile
Classroom
App Downloads
Images. n=16: Two polyhedra with the same number of vertices but different extreme distributions on the described sphere
Author:
Roman Chijner
Topic:
Vectors 2D (Two-Dimensional)
,
Vectors 3D (Three-Dimensional)
,
Distributions
,
Optimization Problems
,
Geometric Mean
,
Geometry
,
Intersection
,
Isosceles Triangles
,
Linear Programming or Linear Optimization
,
Mathematics
,
Means
,
Orthocenter
,
Plane Figures or Shapes
,
Planes
,
Polygons
,
Solids or 3D Shapes
,
Special Points
,
Sphere
,
Surface
,
Vectors
,
Volume
n=16; p=1.408 486 535 365 533
n=16; 1.408 486 535 365 533
n=16; p=1.408 492 668 681 227
n=16; 1.408 492 668 681 223
3. n=16 1.408 492 668 681 223 04
New Resources
Right Triangle Trig Ratios: sin, cos, tan
How to Draw a Cube in 2D
Position and Velocity Vector
bewijs stelling van Pythagoras
Thales' Intercept Theorem
Discover Resources
H1.9 Isoscelese Triangle Const
Unit 4 Altitudes and Orthocenter
Simetri Putar Layang-layang
Unit 2 One Triangle Theorem
Discover Topics
Natural Numbers
Statistical Characteristics
Triangles
Cosine
Boxplot