Add to ORKGIn this paper, we determine the nullity of generalized rooted t-tuple coalescence graphs and the nullity of generalized rooted t-tuple with b-bridge coalescence graphs. Finally, the nullity of generalized rooted t-tuple with b-path coalescence graph and (b-bridge)-tuple coalescence graph and nullity of (b-path)-tuple coalescence graph is obtained for some special types of graphs
AbstractThe nullity of a graph is defined to be the multiplicity of the eigenvalue zero in the spect...
The maximum nullity of a simple graph G, denoted M(G), is the largest possible nullity over all symm...
AbstractLet G be a graph with n vertices and ν(G) be the matching number of G. Let η(G) denote the n...
The nullity η(G) of a graph is the occurrence of zero as an eigenvalue in its spectra. A zero-sum we...
AbstractThe nullity of a graph G, denoted by η(G), is the multiplicity of the eigenvalue zero in its...
The nullity of a graph is known to be an analytical tool to predict reactivity and conductivity of m...
AbstractThe nullity of a graph G, denoted by η(G), is the multiplicity of the eigenvalue zero in its...
summary:The nullity of a graph $G$ is the multiplicity of zero as an eigenvalue in the spectrum of i...
AbstractLet G be a simple graph of order n and A(G) be its adjacency matrix. The nullity of a graph ...
AbstractA connected graph with a unique cycle is called a unicyclic graph. A unicyclic graph with de...
A combinatorial notion of null-homotopy for graphs was introduced by Duchet, Las Vergnas, and Meynie...
AbstractThe nullity of a graph is defined as the multiplicity of the eigenvalue zero in the spectrum...
We prove that a connected graph whose cycle space is generated by its triangles and which is either ...
A graph G is singular if the zero-one adjacency matrix has the eigenvalue zero. The multiplicity of ...
[[abstract]]By |V(G)|, |E(G)|, η(G), and m(G) we denote respectively the order, the number of edges,...
AbstractThe nullity of a graph is defined to be the multiplicity of the eigenvalue zero in the spect...
The maximum nullity of a simple graph G, denoted M(G), is the largest possible nullity over all symm...
AbstractLet G be a graph with n vertices and ν(G) be the matching number of G. Let η(G) denote the n...
The nullity η(G) of a graph is the occurrence of zero as an eigenvalue in its spectra. A zero-sum we...
AbstractThe nullity of a graph G, denoted by η(G), is the multiplicity of the eigenvalue zero in its...
The nullity of a graph is known to be an analytical tool to predict reactivity and conductivity of m...
AbstractThe nullity of a graph G, denoted by η(G), is the multiplicity of the eigenvalue zero in its...
summary:The nullity of a graph $G$ is the multiplicity of zero as an eigenvalue in the spectrum of i...
AbstractLet G be a simple graph of order n and A(G) be its adjacency matrix. The nullity of a graph ...
AbstractA connected graph with a unique cycle is called a unicyclic graph. A unicyclic graph with de...
A combinatorial notion of null-homotopy for graphs was introduced by Duchet, Las Vergnas, and Meynie...
AbstractThe nullity of a graph is defined as the multiplicity of the eigenvalue zero in the spectrum...
We prove that a connected graph whose cycle space is generated by its triangles and which is either ...
A graph G is singular if the zero-one adjacency matrix has the eigenvalue zero. The multiplicity of ...
[[abstract]]By |V(G)|, |E(G)|, η(G), and m(G) we denote respectively the order, the number of edges,...
AbstractThe nullity of a graph is defined to be the multiplicity of the eigenvalue zero in the spect...
The maximum nullity of a simple graph G, denoted M(G), is the largest possible nullity over all symm...
AbstractLet G be a graph with n vertices and ν(G) be the matching number of G. Let η(G) denote the n...