Estimate the network resistance distance for the following: (a) nodes 12 and 20 as well as nodes 11 and 9 in Figure 3.3(a) of this solution manual and (b) nodes 1 (club instructor) and 34 (club administrator) in Zachary’s karate club network depicted in Figure 1.1 of the textbook.
What will be an ideal response?
(a) The network resistance distance between nodes 12 and 20 is 6, and nodes 11 and 9 is 1.5
when Figure 3.3(a) of this solution manual is concerned.
(b) The network resistance distance value between node 1 and node 34 in Zachary’s karate
club network (Figure 1.1 of the textbook) is 0.2538.
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