Question: m-Coloring Problem: Given m colors c1,c2,,cm, and an undirected graph G(V,E) we seek to assign a color to each vertex such that for any edge

 m-Coloring Problem: Given m colors c1,c2,,cm, and an undirected graph G(V,E)

m-Coloring Problem: Given m colors c1,c2,,cm, and an undirected graph G(V,E) we seek to assign a color to each vertex such that for any edge (u,v)E,u and v are assigned different colors. Is the graph G m-colorable? If yes, then return the color of each vertex. If not, then return a message "The graph cannot be m-colored". Design a backtracking algorithm to solve the m-coloring problem using the general framework discussed in class. All other solutions will not receive credit. //define variables used coloring (m,G) I/ add your pseudocode here r-coloring (k,m,G) //add your pseudocode here color ok(k,G) //add your pseudocode here ( 8 pts) Write the pseudo-code ( 2 pts) Analyze the worst-case running time of your algorithm

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