1. Using the concept of flooding and the graph shown in Figure 1, how many packets...

 

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1. Using the concept of flooding and the graph shown in Figure 1, how many packets will be created if a packet originates at Node A and there is a network hop limit of 2? B 2 2 5 2 Figure 1. Weighted Network Graph E 2. Using the procedure for Dijkstra's algorithm and the weighted network graph shown in Figure 1, find the least-cost route from Node A to Node G. 1. Using the concept of flooding and the graph shown in Figure 1, how many packets will be created if a packet originates at Node A and there is a network hop limit of 2? B 2 2 5 2 Figure 1. Weighted Network Graph E 2. Using the procedure for Dijkstra's algorithm and the weighted network graph shown in Figure 1, find the least-cost route from Node A to Node G.