Question

What happens to the adjacency matrix of a graph if this graph consists of two subgraphs...

What happens to the adjacency matrix of a graph if this graph consists of two subgraphs that are not connected to each other? Can you make a general statement? Does this statement cover both directed and undirected graphs?

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Describe a software application that would require a graph data structure in its implementation. Explain what...
Describe a software application that would require a graph data structure in its implementation. Explain what the vertices and edges of the graph would represent. Would the graph be undirected or directed? Would it be weighted or unweighted? Decide which type of representation would be best for this application, an adjacency matrix, an adjacency list using an array of linked lists or a fully linked representation. Explain your reasoning.
A graph consists of nodes and edges. An edge is an (unordered) pair of two distinct...
A graph consists of nodes and edges. An edge is an (unordered) pair of two distinct nodes in the graph. We create a new empty graph from the class Graph. We use the add_node method to add a single node and the add_nodes method to add multiple nodes. Nodes are identified by unique symbols. We call add_edge with two nodes to add an edge between a pair of nodes belonging to the graph. We can also ask a graph for...
Suppose G is a simple, nonconnected graph with n vertices that is maximal with respect to...
Suppose G is a simple, nonconnected graph with n vertices that is maximal with respect to these properties. That is, if you tried to make a larger graph in which G is a subgraph, this larger graph will lose at least one of the properties (a) simple, (b) nonconnected, or (c) has n vertices. What does being maximal with respect to these properties imply about G?G? That is, what further properties must GG possess because of this assumption? In this...
Sketch a graph of the function h(x)=3/2sec2x by first sketching a graph of y = 3/2cos2x...
Sketch a graph of the function h(x)=3/2sec2x by first sketching a graph of y = 3/2cos2x and then drawing the graph of y=h(x) on top of it. [Since you are drawing two graphs on the same set of axes, either use a different color to distinguish between the graphs or make one a dashed curve and the other solid.] Be sure to show work and intermediate steps to demonstrate that you did this WITHOUT a calculator or graphing program. On...
You are given a directed acyclic graph G(V,E), where each vertex v that has in-degree 0...
You are given a directed acyclic graph G(V,E), where each vertex v that has in-degree 0 has a value value(v) associated with it. For every other vertex u in V, define Pred(u) to be the set of vertices that have incoming edges to u. We now define value(u) = ?v∈P red(u) value(v). Design an O(n + m) time algorithm to compute value(u) for all vertices u where n denotes the number of vertices and m denotes the number of edges...
For each of the following scenarios, use the graph for the Malthusian model in the (w,L)...
For each of the following scenarios, use the graph for the Malthusian model in the (w,L) space to illustrate what happens to a country's population size and the real wage in the short run and in the long run. In addition, for each of the scenarios draw graphs showing dynamics of both w and L over time. a. Scientists discover a new strain of wheat that can produce twice as much grain per acre. b. A volcanic eruption kills half...
) Draw a supply and demand graph that gives you the result stated in 5a and...
) Draw a supply and demand graph that gives you the result stated in 5a and 5b. Based on the information in each statement, you should shift either the demand or the supply curve, and show that shift on the graph. Then, you must write a statement about the elasticity of the other curve (the curve that does not shift), which gives you the indicated result. Label the graph carefully, including the axes. Label the initial supply curve S1 and...
Explain what happens when two Transmitters transmit to two different Receivers, whereby the two receivers are...
Explain what happens when two Transmitters transmit to two different Receivers, whereby the two receivers are within range of both transmitters (i.e. would the two transmissions be successfully received or not? Why?). Assume that the two transmitters are within range of each other. Answer the above for the following two cases: i. One of the transmitters uses the same frequency channel to transmit, using CSMA, while the other is transmitting. ii. The two nodes use the same frequency channel to...
Prove that for a square n ×n matrix A, Ax = b (1) has one and...
Prove that for a square n ×n matrix A, Ax = b (1) has one and only one solution if and only if A is invertible; i.e., that there exists a matrix n ×n matrix B such that AB = I = B A. NOTE 01: The statement or theorem is of the form P iff Q, where P is the statement “Equation (1) has a unique solution” and Q is the statement “The matrix A is invertible”. This means...
Problem: A non-linear system consists of two functions: Complete the following three parts. Make a table...
Problem: A non-linear system consists of two functions: Complete the following three parts. Make a table of values for the functions. The table can be similar to the one below, or it can be vertical, but it must have a minimum of five x-values and the corresponding function values. Using your table indicate the solution to the system by marking the function values that are equal. x f(x) g(x) Plot a graph of the functions over an interval sufficient to...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT