O Given below is information about a network. Choose one of the following three options: the network is definitely a tree; the network is definitely not a tree; the network may or may not be a tree (more information is needed). Accompany your answer with a brief explanation for your choice. The network has 13 vertices and 12 edges. OA. The network is definitely a tree because it satisfies the no-bridges property. OB. The network is definitely not a tree because it violates the N+1 edges property. OC. The network is definitely a tree because it satisfies the N+1 edges property. OD. The network may or may not be a tree because the number of circuits is unknown. OE. The network may or may not be a tree because the number of bridges is unknown OF. The network is definitely not a tree because it violates the N-1 edges property. nitely not a tree because it violates the single-path property
O Given below is information about a network. Choose one of the following three options: the network is definitely a tree; the network is definitely not a tree; the network may or may not be a tree (more information is needed). Accompany your answer with a brief explanation for your choice. The network has 13 vertices and 12 edges. OA. The network is definitely a tree because it satisfies the no-bridges property. OB. The network is definitely not a tree because it violates the N+1 edges property. OC. The network is definitely a tree because it satisfies the N+1 edges property. OD. The network may or may not be a tree because the number of circuits is unknown. OE. The network may or may not be a tree because the number of bridges is unknown OF. The network is definitely not a tree because it violates the N-1 edges property. nitely not a tree because it violates the single-path property
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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