question1 Oladimeji Salako ? -O File Home Insert Design Layout References Mailings Review View Help PDF Architect 5 CreatorTell me what you want to do Share Find Rpce Select Editing Cut E Copy Blu-alx ?, x2 A??,?? -?? -,-, ?? : : ? Normal T No Spac Heading 1 Heading 2 Title Subtitle Subtle Em Emphasis Fonmat Painter Clipboard Font Paragraph Styles AutoSave Consider an acyclic directed network of n vertices, labeled i- n, and suppose that the labels are assigned in the manner of Fig. 6.3 on page 119, such that all edges run from vertices with higher labels to vertice:s with lower a. Find an expression for the total number of edges ingoing to vertices 1 r and another for the total number of edges outgoing from vertices I ...r, in terms of the in- and out-degrees and Kout of the vertices. b. Hence find from verticesr+ 1.n. c. Show that in any acyclic network the in- and out-degrees must satisfy an expression for the total number of edges running to ve rtices 1..r Page 1 of 1 124 words + 100% 8-36 PM O Type here to search question1 Oladimeji Salako ? -O File Home Insert Design Layout References Mailings Review View Help PDF Architect 5 CreatorTell me what you want to do Share Find Rpce Select Editing Cut E Copy Blu-alx ?, x2 A??,?? -?? -,-, ?? : : ? Normal T No Spac Heading 1 Heading 2 Title Subtitle Subtle Em Emphasis Fonmat Painter Clipboard Font Paragraph Styles AutoSave Consider an acyclic directed network of n vertices, labeled i- n, and suppose that the labels are assigned in the manner of Fig. 6.3 on page 119, such that all edges run from vertices with higher labels to vertice:s with lower a. Find an expression for the total number of edges ingoing to vertices 1 r and another for the total number of edges outgoing from vertices I ...r, in terms of the in- and out-degrees and Kout of the vertices. b. Hence find from verticesr+ 1.n. c. Show that in any acyclic network the in- and out-degrees must satisfy an expression for the total number of edges running to ve rtices 1..r Page 1 of 1 124 words + 100% 8-36 PM O Type here to search