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" Verse 53: "Graph G (V, E) has 7 top must have some edge to be fully Graph?" "15" "20 " "14" "21" Verse 54: "Graph G (V, E) has 6 vertices and 11 edges, they must add as many more edge to get a complete Graph?" * "4," "5" "2" "6" Verse 55: "Graph G (V, E) with 9 vertices and 22 edges the edge addition to how much extra to get a complete Graph?" "16" * "14" "20" "12" Verse 56 "Let V = {2,3,4,5,6}; E = {(u, v) | u, v V; u <v and element together}. Graph has huuong G (V, E) have little bow? " "3," "5" * "6" "7" Verse 57: "For V = {2,3,4,5,6}; E = {(u, v) | u, v V; u <v and element together}. Graph with huuong G (V, E) with some isolated peaks? " "2" * "0" to "1" , "3" Verse 58: "For V = {2,3,4,5,6}; E = {(u, v) / u, v of V, u <v and element together}. Graph has huuong G (V, E) with a few steps into the top 5? " "0" "2" , "1" * "3" Verse 59: "For V = {2,3,4,5,6}; E = {(u, v) / u, v of V, u <v and element together}. Graph with huuong G (V, E) with a top 5 a few steps? " * "1" , "2" to "0" , "3" Verse 60: "For V = {2,3,4,5,6}; E = {(u, v) | u, v V; u <v and element together}. Graph has huuong G (V, E) ranks in top 5 by how much? " "5" * "4" , "1" "2" Verse 61: "For V = {2,3,4,5,6}; E = {(u, v) / u, v of V; u <v and element together}. Graph adjacency matrix representation with huuong G (V, E) have as many elements? " "24" "20" * "25" "15" Verse 62: "For V = {2,3,4,5, 6}; E = {(u, v) / u, v of V; u <v and element together}. Graph adjacency matrix representation with huuong G (V, E) have many elements to 0? " * "19" "18" "20" "15" Verse 63: "For V = {2,3,4, 5.6}; E = {(u, v) | u, v V; u <v and element together}. Graph adjacency matrix representation with huuong G (V, E) has many other elements 0? " , "8" * "6" , "0" to "5" Verse 64: "For V = {2,3,4, 5.6}; E = {(u, v) | u, v V; u <v and element together. On the main diagonal of the adjacency matrix representation with huuong Graph G (V, E) have many elements to 0? " "12" "6" * "5" , "9" Verse 65: "For V = {2 , 3,4,5,6}; E = {(u, v) / u, v of V; u <v and element together}. Incidence matrix top-edge performances have huuong Graph G (V, E) have many elements to 0? " "10" * "18" "16" "12" Verse 66: "For V = {2, 3,4,5,6}; E = {(u, v) / u, v of V; u <v and element together}. Incidence matrix top-edge performances have huuong Graph G (V, E) has many other elements 0? " "10" "5" , "9" * "12" Verse 67: "Graph G (V, E) with V = {a, b, c, d}; E = {ab, ac, ad, bc, bd }. Confirm the following is true? " "no way Euler G" "G Euler cycle" * "Euler path G" "G is a tree," Verse 68: "Graph G (V, E ) with V = {a, b, c, d}; E = {ab, ac, ad, bc, bd}. Confirm the following is true? " "G is the graph are" * "G with the vertex even with the top tier North odd " "complete graph G is" "no way Euler G" Verse 69: "Graph G (V, E) with V = {a, b, c, d, e}; E = {ab, ac, bc, cd, de}. In Graph G (V, E) How many primary path from e to a? " , "4" , "3" , "1" *, "2" Verse 70 "Graph G (V, E) with V = {a, b, c, d, e}; E = {ab, ac, bc, cd, de}. In Graph G (V, E) how much sugar go to a primary from e length 3? " * "1" to "0" , "3" , "2" Verse 71: "Graph G (V, E) with V = {a, b, c, d, e }; E = {ab, ac, bc, cd, de}. In Graph G (V, E) How many primary path from e to a 4-length? " "2," "0" * "1 " "3" Verse 72: "Graph G (V, E) is the adjacency list is as follows:" [CR] a (b, d) [CR] b (a, c, d, e) [CR] c (b, f) [CR] d (a, b, e) [CR] e (b, c, d) [CR] In G (V, E) How many primary route from a to f? " "4," "5" * "6" , "8" Verse 73: "Graph G (V, E) is the adjacency list is as follows: [CR] a (b, d) [CR] b (a, c, d, e) [CR] c (b, f) [CR] d (a, b, e) [CR] e (b, c, d) [CR] In G (V, E) have some sugar go from c to d primary? " "9" * "6" "5" "7" Verse 74: "Graph G (V, E) is the adjacency list is as follows:" [CR] a (b, d) [CR] b (a, c, d, e) [CR] c (b, f) [CR] d (a, b, e) [CR] e (b, c, d) [CR] " Graph G (V, E) How many edges? " * "7" "10" "8" , "6" Verse 75: "Graph G (V, E) with V = {- 1,0,1,2, 4,5,25}; E = {(u, v) / u, v of V; v = u ^ 2}. Graph adjacency matrix representation with huuong G (V, E) have as many elements? " "35" "20" * "49" "28" Verse 76: "Graph G (V, E) with V = {- 1,0,1,2,4,5,25}; E = {(u, v) / u, v of V; v = u ^ 2}. Graph adjacency matrix representation with huuong G (V, E) have many elements to 0? " "49" * "44" "21" "14" Verse 77: "Graph G (V, E) with V = -1,0,1,2,4,5,25 {}; E = {(u, v) / u, v of V; v = u ^ 2}. Graph adjacency matrix representation with huuong G (V, E) has many other elements 0? " "49" * "5" "7" "14" Verse 78: "Graph G (V, E) with V = -1,0,1,2,4,5,25 {}; E = {(u, v) / u, v of V; v = u ^ 2}. Graph has huuong G (V, E) with some bow? " "4" , "3" * "5" "2" Verse 79: "Graph G (V, E) with V = {- 1,0,1,2,4,5,25}; E = { (u, v) / u, v of V; v = u ^ 2}. Graph has huuong G (V, E) has some tips? " "1" "3" "0" * "2" Verse 80: " Graph G (V, E) with V = {- 1,0,1,2,4,5,25}; E = {(u, v) / u, v of V; v = u ^ 2}. Graph have huuong G (V, E) with the tops hanging? " "4" * "5" to "0" , "2" Verse 81: "Graph G (V, E) with V = {- 1,0,1,2 , 4,5,25}; E = {(u, v) / u, v of V; v = u ^ 2}. Graph has huuong G (V, E) with even some top tier? " * "1" "4" , "3" , "2" Verse 82: "Graph G (V, E) with V = {- 1,0,1,2,4,5,25}; E = {(u, v) / u , v of V; v = u ^ 2}. Graph has huuong G (V, E) with the tops of the parity? " "4," "5" * "6" "2" Verse 83: "Graph G (V, E) with V = {a, b, c, d, e}; E = {ab, ad, bc, beige, bd, de, ec}. Confirm the following is true: " "G has no cycle Hamilton " * "G has Hamiltonian cycle" "cycle Euler G" "G is the graph are" Verse 84: "Graph G (V, E) with V = {a, b, c, d, e}; E = {ab, ad, bc, beige, bd, de, ec}. Affirming the following is true: " "no way Euler G" "G Euler cycle" "G is a tree" * "G Euler path" Verse 85: "In the complete graph K4 confirmed Which of the following is true: " "K4 has 8 edges" "K4 Euler cycle" * "next K4 6" "Euler path K4" Verse 86: "In the complete graph K4 following assertion wrong: " * "K4 Euler cycle" "K4 no Euler cycle" "K4 has 6 edges" "K4 connected" Verse 87: "Graph G (V, E) with V = {a, b, c, d , e, f}, E = {ab, bc, cd, de, ef, fc, ca, fb, fa}. Affirming the following error: " "G" mechanism "G Euler path from a to b and vice versa" * "G Euler cycle" "G has Hamiltonian cycle" Verse 88: "Graph G (V , E) with V = {a, b, c, d, e, f}, E = {ab, bc, cd, de, ef, fc, ca, fb, fa}. Affirming the right of the following: " "G is a tree," "no way Euler G" "G Euler cycle" * "G Euler path" Verse 89: "Graph G (V, E) with V = {a, b, c, d, e}, E = {ab, ad, bc, bd, be, ce, de}. In Graph G (V, E) How many primary route from a to f ? " "5" * "6" "2," "4" Verse 90: "Graph G (V, E) with V = {a, b, c, d, e}, E = {ab, ad, bc, bd , be, ce, de}. In Graph G (V, E), the shortest route from a primary to edge e and how many? " * "2," "4," "5" "4" Verse 91: "Graph G (V, E) with V = {a, b, c, d, e}, E = {ab, ad, bc, bd, be, ce, de}. Confirm the following correct " "G no Euler path " "G is the complete graph" * "Euler path G" "G is the graph are" Verse 92: "Graph G (V, E) with V = {a, b, c, d, e}, E = {ab, ac, bc, cd, ec, ed}. Graph G (V, E) how many matches? " "3," "2," "0" * "1" Verse 93: "Graph G (V, E) with V = {a, b, c, d, e}, E = {ab, ac, bc, cd, ec, ed}. Graph G (V, E) How many players? " "3" * "0" , "2" , "1" Verse 94: "In the complete graph K5 following assertion is true:" * "next K5 10" "K5 next 16" "15 next K5" "K5 no Euler cycle" Verse 95: "In the complete graph K5 following assertion wrong:" "K5 Euler cycle" "K5 has 10 edge" * "K5 no Euler cycle" " K5 connected " Verse 96: "In the next peak incidence matrix each element in the matrix can get some value?" "2" to "1" , "4" * "3" Verse 97: "Based on the matrix adjacent to calculate the level of a single peak in undirected graphs: " "As a whole element with 0 on the corresponding row or column" * "Count element 1 on the corresponding row or column," "Do not calculate" " There is no right answer " Verse 98: "On the adjacency matrix representation undirected graph, a peak level equal to:" "Total other element 0 on line or on the corresponding column" * "Total other elements 0 over the corresponding row and column " "Total element corresponding to 0 on line" "Total number of elements equal to 0 on the corresponding column" Verse 99: "With a directed graph, if represented by the adjacency matrix then the other elements are not equal: " "| V | " "| V || E | " * "| E | " "2 | V | " Verse 100: "With a simple undirected graph, if represented by the adjacency matrix, the number of elements equal to 1 by:" "2 | V | " "| E | " "| V || E | " * "2 | E | " Verse 101: "For T is a rooted tree. Affirming the right of the following: " "Original stepped in Table 1," "leaves out other steps 0" * "Root stepped on by 0" "is gambling that by 1" Verse 102: "Let T be a tree corner. Affirming the right of the following: " "the other is gambling 0" * "is gambling that by 0," "Root stepped into 1" "is gambling that by 1"
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