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Created by emilycompton1996
over 11 years ago
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| Question | Answer |
| The degree/valency/order of a vertex | number of edges incident to it |
| A weighted graph | A graph that has a number associated with each edge (it’s weight) |
| A graph | A group of vertices (nodes) which are connected by edges |
| A sub-graph | Part of a graph |
| A path | A sequence of edges. The end vertex of one edge is the start vertex of the next. Vertexes are not repeated |
| A walk | A path in which you are permitted to return to vertices more than once |
| A cycle | A closed path |
| A loop | An edge that starts and finishes at the same vertex |
| Tree | A connected graph with no cycles |
| A spanning tree | A sub-graph which includes all vertices of the graph and is also a tree |
| Bipartite graph | Two sets of vertices X and Y. The edges only join vertices in X to Y |
| A simple graph | A graph with no loops and not more than one edge connecting any pair of vertices |
| Directed edges | The edges of a graph have a direction associated with them |
| Digraph | Edges with direction in the graph |
| A complete graph | Every vertex is directly connected by an edge to each of the other vertices |
| A complete bipartite graph | r vertices in set X and s vertices in set Y |
| Isomorphic graph | shows the same information but drawn differently from a graph |
| An adjacency matrix | Records the number of direct links between vertices |
| A distance matrix | Records the weights on the edges. When there is no weight, it is indicated by “-“ |
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