Newer graphs (uncategorized as of yet) edit

 
Desargues graph
 
Pappus graph
 
Foster graph
 
Shrikhande graph
 
Heawood graph

Fullerene graphs edit

In graph theory, a fullerene graph is a cubic 3-connected planar graph with exactly 12 pentagonal faces and an optional number of hexagonal faces. Fullerene graphs are the Schlegel representations of the corresponding fullerene compounds.

 
20-fullerene (dodecahedral graph)
 
24-fullerene
 
26-fullerene
 
60-fullerene (truncated icosahedral graph)
 
70-fullerene

Tower of Hanoi edit

Tower of Hanoi (1-disk) All Paths edit

 

Tower of Hanoi (2-disk) All Paths edit

 

Tower of Hanoi (3-disk) All Paths edit

 

Tower of Hanoi (3-disk) Longest Path edit

 

Pascal's triangle edit

 

Pascal's Triangle with various numbers shaded edit

   
Pascal's triangle with odd numbers shaded Pascal's triangle with numbers not divisible by 3 shaded
   
Pascal's triangle with numbers not divisible by 4 shaded Pascal's triangle with numbers not divisible by 5 shaded

Pascal's triangle graph showing the 4 paths to the number 4 edit

 

Knight's graph edit

   
Complete graph showing number of possible moves from each position An Euler solution to the knight's tour poblem

Knot graphs, just nots edit

  

Connected Dynkin Diagrams edit

 

Euler Method edit