adplus-dvertising
frame-decoration

Question

What is the time complexity of graph coloring problem?

a.

O(mn)

b.

O(m + n)

c.

O(m - n)

d.

O(n* m to the power of n)

Answer: (d).O(n* m to the power of n)

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. What is the time complexity of graph coloring problem?

Similar Questions

Discover Related MCQs

Q. If d is the degree of the given graph, then it can be colored with…….colors.

Q. If n = 4 in the sum of subset problem, then the possible leaf nodes in the tree Organization are…….

Q. For N Queens problem, the time complexity is………

Q. The live node whose children are currently being generated is called…….

Q. In a binary tree, the number of terminal nodes (leaf nodes) are 10, then the numbers of nodes with two children are

Q. If S(n,e) represents the maximum additional space taken by DFS for an n-vertex, e-edge graph,  then what is the value of S(n,e), if adjacency lists are used.

Q. Breaking down a problem into several sub problems is known as…….

Q. Alpha cutoff and Beta cutoff are combined to get………

Q. A graph G is bi-connected if and only if ………..

Q. The common vertex of two bi connected components is called …………

Q. If two queens are placed at position (i, j) and (k,l). Then they are on the same Diagonal if and only if………

Q. A node which has been generated and all of whose children have not yet been generated is…….

Q. In the sum of subsets problem, if n=4, (w1, w2 w3, w4) = (11, 13, 24, 7) and m=31 then solutions are .........
(where 1 represents weight chosen and 0 represents weight is not choosen.)

Q. Painting all the verticies of a graph with colors such that no two adjacent vertices have the same color is called………of the graph.

Q. A sufficient condition for a simple graph G with n vertices have a Hamiltonian cycle is that the degree of every vertex in G is atleast……..

Q. Choose the properties of the asymptotic notation given below:

1) Reflexivity & transpose symmetry
2) Asymmetry& reflexivity
3) Symmetry& transitivity
4) Symmetry& equity

Q. The searching technique that takes O(1) time to find a data is

Q. Which of the following sorting algorithms does not have a worst case running time of O(nlog n)?

Q. An undirected graph G with n vertices and e edges is represented by adjacency list. What is  the time required to generate all the connected components?

Q. The quick sort algorithm exploits……..design technique.