For every rod cutting problem there will be a unique set of pieces that give the maximum price.

Related MCQs

• Given a rod of length n and the selling prices of all pieces smaller than equal to n, find the most beneficial way of cutting the rod into smaller pieces. This problem is called the rod cutting problem. Which of these methods can be used to solve the rod cutting problem?
• Consider the brute force implementation of the rod cutting problem in which all the possible cuts are found and the maximum value is calculated. What is the time complexity of this brute force implementation?
• The longest increasing subsequence problem is a problem to find the length of a subsequence from a sequence of array elements such that the subsequence is sorted in increasing order and it’s length is maximum. This problem can be solved using
• A complete bipartite graph is a one in which each vertex in set X has an edge with set Y. Let n be the total number of vertices. For maximum number of edges, the total number of vertices hat should be present on set X is?
• Recursive solution of Set partition problem is faster than dynamic problem solution in terms of time complexity.
• There is no existing relationship between a Hamiltonian path problem and Hamiltonian circuit problem.
• What is the worst case time complexity of dynamic programming solution of set partition problem(sum=sum of set elements)?
• What will be the auxiliary space complexity of dynamic programming solution of set partition problem(sum=sum of set elements)?
• For any given sequence, there will ALWAYS be a unique increasing subsequence with the longest length.
• The problem of finding a path in a graph that visits every vertex exactly once is called?