More Problems

• Implement a function to calculate the number of simple paths in a graph using adjacency lists.
• Write a program to print all vertices that are part of a Hamiltonian path in a directed graph.
• Implement a function to check if a directed graph contains any back edges using adjacency matrices.
• Write a program to find the longest simple cycle in a weighted directed graph using BFS.
• Implement a function to calculate the total number of edge-disjoint paths between two nodes in a graph using BFS.
• Write a program to check if a directed acyclic graph contains any parallel edges using adjacency matrices.
• Implement a function to calculate the degree centrality of each vertex in a graph using adjacency matrices.
• Write a program to print the adjacency list of a directed acyclic graph in increasing order of degree.