Question 1 part a, d, e, f, g, h Construct and plot the network using the...
Help with Q3 please!
3 (9 pts) For the graph G (VE) in question 2 (above), construct the adjacency lists for G (using alphabetical ordering) and the corresponding reverse graph GR Adjacency list for G (alphabetical ordering): Adjacency list for G. V = {A, B, C, D, G, H, S) V - {A, B, C, D, G, H, S) E A = { EB = EC) - E[D] = {C,G) E[G] - [ ECH - E[S { EA = {...
please throughly explain each step.47.21. What does it mean for two graphs to be the same? Let G and H be graphs. We say th G is isomorphic to H provided there is a bijection f VG)-V(H) such that for all a, b e V(G) we have a~b (in G) if and only if f(a)~f (b) (in H). The function f is called an isomorphism of G to H We can think of f as renaming the vertices of G...
What does it mean for two graphs to be the same? Let G and H be graphs. We Say that G is isomorphic to H provided there is a bijection f : V(G) rightarrow V(H) such that for all a middot b epsilon V(G) we have a~b (in G) if and only if f(a) ~ f(b) (in H). The function f is called an isomorphism of G to H. We can think of f as renaming the vertices of G...
Given the directed graph with vertices(A, B, C, D, E, F, G, H, I) Edges (AB=5, BF = 4, AC = 7, CD=3, EC = 4, DE = 5, EH = 2, HI = 4, GH = 10, GF = 3, IG = 3, BE = 2, HD= 7, EG= 9 1. What is the length of minimum spaning tree? 2. Which edges will not be included if we use Kruskal's algorithm to find minimum spaning tree?
Exam 3 Sample.pdf * ) Q © w E © 112 A n o 99.9% 1. Breadth-first Search a) List out the following graph using adjacency list. Assume the adjacency lists are in sorted order, e.g. when exploring vertex F, the algorithm considers the edge F-B before F-C, F-E, F-H or F-I. b) Run breadth-first-search on the graph below, starting at vertex A. List the vertices in the order in which the vertices are enqueued on the FIFO queue. c)...
1. Warshall's Algorithm To which other algorithm from our course is Wasrhall's Transitive Closure algorithm most structurally similar? A) Dijkstra B) Floyd C) Kadane D) Karatsuba E) Kruskal F) Prim G) Strassen 2. Powers of Adjacency Matrix Which is true of an Adjacency Matrix of a directed graph raised to the k-th power (A^k) A) A^k [i][j] = 1 if there is an edge of length k from vertex i to vertex j B) A^k [i][j] = 1 if there...
(1 point) Let a graph have vertices C, D, E, F, G, H and edge set {{C, D},{C, E}, {C, F}, {C, H},{D, E}, {D, F}, {D, G}, {F,G}}. a. What is the degistrerte 2 bow What is the degree of vedexOT c. How many components does the graph have? 2
File Edit Format View Help Graphs and trees 4. [6 marks] Using the following graph representation (G(V,E,w)): v a,b,c,d,e,f E fa,b), (a,f),fa,d), (b,e), (b,d), (c,f),(c,d),(d,e),d,f)) W(a,b) 4,W(a,f) 9,W(a,d) 10 W(b,e) 12,W(b,d) 7,W(c,d) 3 a) Draw the graph including weights. b) Given the following algorithm for Inding a minimum spanning tree for a graph: Given a graph (G(V,E)) create a new graph (F) with nodes (V) and no edges Add all the edges (E) to a set S and order them...
QUESTION 1 G E. H. C A Finish Start D. Complete the network activity diagram using the table below to answer questions 1-15. The expected activity completion times are provided in days. Each question is 1 point. Most Probable Activity Optimistic Pessimistic A 7 B 12 C 5 12 7 E 10 15 20 6 9 18 G 6 13 H 11 What is the early start (ES) time for activity F? 13 12 10 None of the above are...
Question 5: [10pt total] Let G be the following graph: True for False: Which of the following statements are true about G? 5)a) (1pt] G is a directed graph: 5)f) [1pt] G is bipartite: 5)b) [1pt] G is a weighted graph: 5)g) (1pt] G has a leaf vertex: ......... 5)c) [1pt] G is a multi-graph: 5)h) [1pt] G is planar: 5)d) [1pt] G is a loop graph: 5)i) [1pt] G is Eulerian: 5)) (1pt] G is a complete graph: 5)j)...