Question

Find two simple connected graphs with the same number of edges and the same number of...

Find two simple connected graphs with the same number of edges and the same number of vertices which are not isomorphic.

Please draw solutions.

(Graph Theory)

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Draw an example of a connected bipartite simple graph with 9 vertices and 10 edges that...
Draw an example of a connected bipartite simple graph with 9 vertices and 10 edges that has an Euler tour.
show that any simple, connected graph with 31 edges and 12 vertices is not planar.
show that any simple, connected graph with 31 edges and 12 vertices is not planar.
Graph Theory. A simple graph G with 7 vertices and 10 edges has the following properties:...
Graph Theory. A simple graph G with 7 vertices and 10 edges has the following properties: G has six vertices of degree a and one vertex of degree b. Find a and b, and draw the graph. Show all work.
Let G be a connected simple graph with n vertices and m edges. Prove that G...
Let G be a connected simple graph with n vertices and m edges. Prove that G contains at least m−n+ 1 different subgraphs which are polygons (=circuits). Note: Different polygons can have edges in common. For instance, a square with a diagonal edge has three different polygons (the square and two different triangles) even though every pair of polygons have at least one edge in common.
Discrete Math: What is the maximum number of edges on a simple disconnected graph with n...
Discrete Math: What is the maximum number of edges on a simple disconnected graph with n vertices. Justify your answer. Please write clearly and do not skip steps. Thank you
Compute the number of proper vertex coloring for the graphs below so that the number of...
Compute the number of proper vertex coloring for the graphs below so that the number of available colors is h, for h = 5 and m = 10. (1) Star graph with 1 vertex at the center that has m neighbors. (2) A Cycle that has m vertices, and m edges. (3) A path that has m vertices, and m−1 edges. (4) A wheel graph with m+1 vertices, in which a cycle graph is first formed by m vertices, and...
The distance between two connected nodes in a graph is the length (number of edges) of...
The distance between two connected nodes in a graph is the length (number of edges) of the shortest path connecting them. The diameter of a connected graph is the maximum distance between any two of its nodes. Let v be an arbitrary vertex in a graph G. If every vertex is within distance d of v, then show that the diameter of the graph is at most 2d.
Prove that your conjecture will hold for any connected graph. If a graph is connected graph,...
Prove that your conjecture will hold for any connected graph. If a graph is connected graph, then the number of vertices plus the number of regions minus two equals the number of edges
Draw all connected graphs of order 5 in which the distance between every two distinct vertices...
Draw all connected graphs of order 5 in which the distance between every two distinct vertices is odd. (4 different examples)
Suppose we are going to color the vertices of a connected planar simple graph such that...
Suppose we are going to color the vertices of a connected planar simple graph such that no two adjacent vertices are with the same color. (a) Prove that if G is a connected planar simple graph, then G has a vertex of degree at most five. (b) Prove that every connected planar simple graph can be colored using six or fewer colors.
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT