Question: Determine the Network ID(s) (NWID) and Broadcast Address(es) (BCA) for subnets associated with the 220.15.50.60/26 network address (select one answer)? a. NWID1 = 192.168.10.0, BCA1

 Determine the Network ID(s) (NWID) and Broadcast Address(es) (BCA) for subnetsassociated with the 220.15.50.60/26 network address (select one answer)? a. NWID1 =192.168.10.0, BCA1 = 192.168.10.31; NWID2 = 192.168.10.64, BCA2 = 192.168.10.127; NWID3 =

192.168.10.128, BCA3 = 192.168.10.191; NWID4 = 192.168.10.192, BCA4 = 192.168.10.255. O b.NWID1

Determine the Network ID(s) (NWID) and Broadcast Address(es) (BCA) for subnets associated with the 220.15.50.60/26 network address (select one answer)? a. NWID1 = 192.168.10.0, BCA1 = 192.168.10.31; NWID2 = 192.168.10.64, BCA2 = 192.168.10.127; NWID3 = 192.168.10.128, BCA3 = 192.168.10.191; NWID4 = 192.168.10.192, BCA4 = 192.168.10.255. O b.NWID1 = 220.15.50.0, BCA1 = 220.15.50.63; NWID2 = 220.15.50.64, BCA2 = 220.15.50.127; NWID3 = 220.15.50.128, BCA3 = 220.15.50.191; NWID4 = 220.15.50.192, BCA4 = 220.15.50.255. OCNWID1 = 220.15.50.0, BCA1 = 220.15.50.31; NWID2 = 220.15.50.32, BCA2 = 220.15.50.63; NWID3 = 220.15.50.64, BCA3 = 220.15.50.95; NWID4 = 220.15.50.96, BCA4 = 220.15.50.127. O d. NWID1 = 192.168.10.0, BCA1 = 192.168.10.63; NWID2 = 192.168.10.64, BCA2 = 192.168.10.127; NWID3 = 192.168.10.128 BCA3 = 192.168.10.191; NWID4 = 192.168.10.192, BCA4 = 192.168.10.255. A Cisco 2600 router can service 20Kpps (20000 packets per second), if the average packet size is 500 bytes, determine the performance in bits per second (bps) of the Cisco 2600 router (select one answer). O a. 80Kbps O b.80Mbps O c. None of these answers O d. 100KB/S Oe. 20Mbps Which one of the following statements best describes Bellman-Fords Algorithm (choose one answer)? O 1. Bellman-Ford's Algorithm is a shortest path algorithm from a source node to other nodes in a graph with edges (connections) between nodes having only negative edge weights (metrics). O 2. Bellman-Ford's Algorithm is a shortest path algorithm from a source node to other nodes in a graph with edges (connections) between nodes having positive and/or negative edge weights (metrics). 0 3. Bellman-Ford's Algorithm is a shortest path algorithm from a source node to other nodes in a graph with edges (connections) between nodes having only complex edge weights (metrics). 04. Bellman-Ford's Algorithm is a shortest path algorithm from a source node to other nodes in a graph with edges (connections) between nodes having only positive edge weights (metrics). Radio waves are comprised of magnetic fields and electromechanical fields? True O False

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