Question 1: "The level of a peak in directed graph is:"
* "Total's degree and at top level at which"
"The top edge goes through that"
"The supply that comes out from the top,"
"The provision goes on top of that " Question 2: "The level of a peak in undirected graph is:" "The sum of the rank and rank at the top in which" * "The top edge goes through that" "The offer came out from the summit that" "The provision goes on top of it," Question 3: "Advice is what?" "Is the path from one peak to another peak" "As a way through at least 3 peaks" "As a way through at least 3 edge " * "A path from one vertex to itself" Verse 4: "The primary path is:" "A repeat top way" "A minimum pass three edge" * "Is the way not repeat top " "As the go repeat no-repeat top and edge" Verse 5: "The path is simple:" "As the go repeat and repeat top edge" "As the go repeat edges" "As the go minimum through three edge " * "Is not repeat the way side" Verse 6: "Peak isolation is:" "Peak with other tier 0" * "Peak of degree equal to 0," "1 degree Peak" "Peak degree with 2 " Verse 7: "If u have top tier 0," * "All the answers are true then" "u the top does not exist the way to any vertex" "No vertex adjacent to u, " "u the top isolated" Verse 8: "What is the complete graph?" "Is that all graphs have the same top level" "As the graph is advised" * "Is that all vertices are graphs adjacent " "Being connected graph" Verse 9: "What are charts?" "Am graph recommend" * "As the graph that all have the same top tier" "Is that all graphs are adjacent peak " "Being connected graph" Verse 10: "Match of the graph is what?" "Is that when more peaks peaks on a graph that is not connected becomes" mechanism "Being top that when it went away top toys market still "mechanism "As any top of the graph" * "Being top that when it went away graph vertices are connected becomes connected" Verse 11: "Bridge of the graph is what?" "Am edge Besides that, when adding in the graph are not inter-connected becomes "*" Being next to that when it went away side are connected graph becomes not connected " "Is that when put next to that edge going graph remains "mechanism "As any edge of the graph" Verse 12: "Euler cycle is:" "The process of going through all the vertices each vertex only through only once" "repeat next cycle" "cycle not repeat peak " * "The cycle goes through all next to each unique edge over only once" Verse 13: "Conditions for an undirected graph has Euler cycle is:" "graph where all vertices are degree even " "graph connected and every vertex feature parity" * "graph connected and every vertex has an even degree" "connected graph" Verse 14: "Conditions for undirected graphs road Euler's go, " "Graph" mechanism * "graph connected and has two top tier retailers, the remaining top tier even" "Graph has exactly two vertices parity" "graph where all vertices are Career even " Verse 15: "adjacency matrix is a matrix performing an association between" "Top - Edge" * "Peak - Peak" "Next - Next," "no right answer" Verse 16: "The section Prince on adjacency matrix representation Graph G (V, E) with: " * "| V |. | V |" "| E |. | E |" "| V |. | E |" "| V || E | " Verse 17: "incidence matrix using only top edge to the graph:" "scalar" "Weighted" "There are directions" * "There are directions and weighted" Verse 18: "The element incidence matrix on the top edge performances directed Graph G (V, E) with: " "| V |. | V |" * "| V |. | E |" "| E |. | E |" " | V || E | " Verse 19: "With the undirected graph G (V, E), if using adjacency list to keep the memory of a graphing calculator to use is:" "| E | " '| V |' '| V |. | E | " * "2 | E |" Verse 20: "With a directed graph G (V, E), if used method to store adjacency list keep the memory of a graphing calculator to use is: " '| V |' * '| E | " "| V || E |" "2 | E |" Verse 21: "With a directed graph G (V, E), if represented by the adjacency matrix with some other element, " * "| E |" "| V |" "| V || E |" "2 | E |" Verse 22: "Graph G (V, E) with V = {a, b, c, d, e}, E = {ab, ac, bc, bd, ad}. Graph graph G (V, E) with the tops of isolation? " "0" * "1" , "2" , "3" Verse 23: "Graph G (V, E) with V = {a, b, c, d, e}, E = {ab, ac, bc, bd, ad}. Graph graph G (V, E) has some tips? " "1" * "0" , "2" , "3" Verse 24: "Graph G (V, E) with V = {a, b, c, d, e}, E = {ab, ac, bc, bd, ad}. Graph graph G (V, E) with the tops hanging? " "2" "3" * "0" , "1" Verse 25: "Graph G (V, E) with V = {a, b, c , d, e}, E = {ab, ac, bc, bd, ad}. Career Graph of graph G (V, E) with: " "5" , "8" * "10" , "6" Verse 26: "Graph G (V, E) with V = {a, b, c, d, e}, E = {ab, ac, bc, bd, ad}. The graph has many peaks parity? " "4" "3" "1" *, "2" Verse 27: "Graph G (V, E) with V = {a, b, c, d, e}, E = {ab, ac, bc, bd, ad}. The graph has several top tier even? " "2" * "3" to "1" , "4" Verse 28: "Graph G (V, E) with V = {a, b, c, d, e}, E = {ab, ac, bc, bd, ad}. Graph adjacency matrix representation G (V, E) have many elements to 0? " "10" "8" * "15" "5" Verse 29: "Graph G (V, E) with V = {a , b, c, d, e}, E = {ab, ac, bc, bd, ad}. Graph adjacency matrix representation G (V, E) have many elements in one? " "15" "5" * "10" , "8" Verse 30: "Graph G (V, E) with V = {0 , 1,2,3,4}; E = {(u, v) / u, v of V; vu = 1}. Directed graph G (V, E) have little bow? " "2" "3" * "4," "5" Verse 31: "Graph G (V, E) with V = {0,1,2,3, 4}, E = {(u, v) / u, v of V; vu = 1}. Career Graph direction of G (V, E) with: " "5" "4" "9" * "8" Verse 32: "Graph G (V, E) with V = {0,1,2,3, 4}; E = {(u, v) / u, v of V; vu = 1}. Graph adjacency matrix representation directional G (V, E) have as many elements? " * "25" "20" "28" "30" Verse 33: "Graph G (V, E) with V = {0 , 1,2,3,4}; E = {(u, v) / u, v of V; vu = 1}. Peak incidence matrix representation Graph edge direction G (V, E) have as many elements? " "22" * "20" "25" "30" Question 34: "Graph G (V, E) with V = {0,1,2,3,4}; E = {(u, v) / u, v of V; vu = 1}. Peak incidence matrix representation Graph edge direction G (V, E) has many elements with -1? " "5" , "3" * "4" , "6" Verse 35: "Graph G (V, E ) = {0,1,2,3,4} with V; E = {(u, v) / u, v of V; vu = 1}. Peak incidence matrix representation Graph edge direction G (V, E) have as many elements equal to 0? " "15" "10" "9" * "12" Verse 36: "Graph G (V, E) with V = {0,1,2,3,4}; E = {(u, v) / u, v of V; vu = 1}. Affirming the following true? " * "G is a connected graph" "graph G is not connected," "G is the graph are" "G is a complete graph" Verse 37: "The tree is a graph " "Don, connected and have cycle" "Yes cycle" "Not connected" * "Single, connected and without cycles" Verse 38: "For T is a tree with n vertices (n> = 2). Affirming the following is true: " "T connected and has n edges" "T has no cycles and has n edges" * "T connected and has (n-1) edges" "T cycle and have (n-1) edges " Verse 39: "Hamilton's cycle" "cycle through all the top" * "Cycle through all vertices, each vertex only one time," "repeat cycle peak" "The cycle repeated and not repeated next summit" Verse 40: "The path of Hamilton is:" "track repeat no-repeat top and edges" , "track repeat peak" * "path through all vertices Each vertex only 1 time " "The path through all the top" Verse 41: "Conditions for graph has n vertices is complete graph is:" "Graph has the edge by n (n) / 2 " * "Graph has the edge by n (n-1) / 2" "Graph has the edge by n (n-1)" "Graph has the edge by n (n)" Verse 42: "Graph G (V, E) with | V | = N, | E | = M and have advised the two main diagonal of the matrix representation G (V, E) have many elements to 0? " "n" "n ^ 2" * "n-2" , "2" Verse 43: "Graph G (V, E) with | V | = N, | E | = M and have advised the two main diagonal of the matrix representation G (V, E) have many elements in one? " "n" "n-2" , "n ^ 2" * "2" Verse 44 "Graph scalar G (V, E) with | V | = N, | E | = M. Putting adjacency matrix representation G (V, E) on the computer, how many memory cells containing elements 0? " * "n ^ 2-2m" "n" "nm" "2n" Verse 45: "Graph wealth direction G (V, E) with V = {a, b, c, d, e, f} | E | = 9. Use the adjacency list method for storing G (V, E), the number of memory cells that computers should use is: " "36" "54" * "18" "81" Verse 46: "Graph G (V, E) with V = {a, b, c, d, e, f} | E | = 9. Using a portfolio approach to storage edge G (V, E), the number of memory cells that computers should use is: " "36" "81" "54" * "18" Verse 47: "Graph G (V, E) with V = {a, b, c, d, e}; E = {ab, bc, ca, ad}. The level of the corresponding peak in V is: " * "3-2-2-1-0" "3-1-1-2-0" "1-2-3-2-0" "2-3- 1-2-1 " Verse 48: "Graph G (V, E) with V = {a, b, c, d, e}; E = {ab, bc, ca, ad}. Graph G (V, E) with the tops hanging? " "0" , "3" * "1" , "2" Verse 49: "Graph G (V, E) with V = {a, b, c, easy}; E = {ab, bc, ca, ad}. Which of the following assertion: " "Graph" mechanism * "The graph is not connected," "The graph is a complete graph" "graph is the graph are" Verse 50: "Graph G (V, E) with V = {a, b, c, d, e}; E = {ab, bc, cd, ca, de}. Graphs have many needs? " "3" to "1" , "4" * "2" Verse 51: Graph G (V, E) with V = {a, b, c, d, e}; E = {ab, bc, cd, ca, de}. Graphs have some advice * "0" , "3" , "2" , "1" Verse 52: Graph G (V, E) with V = {a, b, c, d, e}; E = {ab, bc, cd, ca, de}. Graphs have many joints? * "2" , "3" to "0" , "1"
đang được dịch, vui lòng đợi..
