Eulerian Trails and Circuits (Extension) (VCE SSCE General Mathematics): Flashcards
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Practise the cards
10 cards from this deck
Eulerian trail
Eulerian trail
Path through graph travelling each edge exactly once
Eulerian circuit
Eulerian circuit
Eulerian trail that starts and ends at same vertex
Conditions for Eulerian trail
Conditions for Eulerian trail
Connected graph with 0 or 2 odd-degree vertices
Conditions for Eulerian circuit
Conditions for Eulerian circuit
Connected graph where all vertices have even degree
Degree of a vertex
Degree of a vertex
Number of edges connected to that vertex
Eulerian trail start/end with 2 odd vertices
Eulerian trail start/end with 2 odd vertices
Must start at one odd vertex, end at the other
Graph with 0 odd vertices has...
Graph with 0 odd vertices has...
Both Eulerian trail and circuit
Graph with exactly 2 odd vertices has...
Graph with exactly 2 odd vertices has...
Only Eulerian trail (no circuit)
Graph with >2 odd vertices has...
Graph with >2 odd vertices has...
Neither Eulerian trail nor circuit
Benefit of Eulerian trails/circuits
Benefit of Eulerian trails/circuits
Minimises time and distance by not repeating paths
