Examples of using Connected graph in English and their translations into Hungarian
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Colloquial
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Medicine
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Ecclesiastic
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Official/political
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Computer
Product connected graph.
Prim's algorithm will only work with a connected graph.
Strongly connected graphs and components.
Let G be a simple connected graph.
Every connected graph has a spanning tree.
A tree is a cyclic simple, connected graph.
Every connected graph must have a spanning tree.
Prim's algorithm works only with weighted connected graphs.
Every finite connected graph G has a spanning tree.
A strong orientation is an orientation that results in a strongly connected graph.
Every finite connected graph possesses a spanning tree.
If there is a path between every pair of vertices,it is called a connected graph.
A connected graph without any cycle is called a tree.
A common model is as follows: given a connected graph G=(V, E) with non-negative edge weights.
Connected graph has an Eulerian path if and only if it has either 0 or 2 vertices of odd degree.
That is, a 1-tree is a connected graph containing exactly one cycle.
A G connected graph is said to be super-edge-connected or super-λ if all minimum edge-cuts consist of the edges incident on some(minimum-degree) vertex.[4].
They show that, when G is a finite connected graph, only four behaviors are possible for this sequence.
Hassler Whitney(1932) proved that with one exceptional case the structure of a connected graph G can be recovered completely from its line graph. .
Definition: A connected graph is called a tree if it has no cycles.
The converse is actually true,as settled by Hassler Whitney in Whitney's planarity criterion: A connected graph G is planar if and only if it has an algebraic dual.
There are only two connected graphs that are 4-ultrahomogeneous but not 5-ultrahomogeneous: the Schläfli graph and its complement.
Let\(\displaystyle\phi\colon E\ to\ mathbb{ R}^ 2\) be a map from the edge set to the plane,such that the preimage of any point in the range defines a connected graph on the entire vertex set\(\displaystyle V\), and the points assigned to the edges of any triangle are collinear.
Every connected graph G admits a spanning tree, which is a tree that contains every vertex of G and whose edges are edges of G.
The structure of the blocks and cutpoints of a connected graph can be described by a tree called the block-cut tree or BC-tree.
If the line graphs of two connected graphs are isomorphic, then the underlying graphs are isomorphic, except in the case of the triangle graph K3 and the claw K1,3, which have isomorphic line graphs but are not themselves isomorphic.[3].
There are 68 different undirected graphs with six edges and no isolated nodes, 68 different minimally 2-connected graphs on seven unlabeled nodes,68 different degree sequences of four-node connected graphs, and 68 matroids on four labeled elements.
This predetermined arrangement can be considered as a connected graph with the edges representing possible wall sites and the nodes representing cells.
Let G be a connected simple graph.