This section covers trees in graph theory, defining them as connected acyclic graphs and exploring their significance in applications like family trees and computer networks. It discusses spanning tre...This section covers trees in graph theory, defining them as connected acyclic graphs and exploring their significance in applications like family trees and computer networks. It discusses spanning trees, including methods for their construction, emphasizing Kruskal's algorithm for finding minimum spanning trees to minimize connection costs. Key characteristics of spanning trees are highlighted, including their cycle-free nature and connection of all vertices.
A network is a connection of vertices through edges. The internet is an example of a network with computers as the vertices and the connections between these computers as edges.
A network is a connection of vertices through edges. The internet is an example of a network with computers as the vertices and the connections between these computers as edges.