Question: 6. An enterprise network is illustrated below with two switches and one router. Router MAC-K a. WS1 MAC=A WS2 MAC=B 3 2 server1 MAC=C

6. An enterprise network is illustrated below with two switches and one router. Router MAC-K a. WS1 MAC=A WS2

6. An enterprise network is illustrated below with two switches and one router. Router MAC-K a. WS1 MAC=A WS2 MAC=B 3 2 server1 MAC=C 4 Frame transmission WS1 sends a frame to WS2 WS2 sends a frame to WS1 WS4 sends a frame to WS5 WS6 sends a frame to WS5 Server2 sends a frame to WS6 WS1 sends a frame to WS6 Switch SW1 4 5 6 5 WS3 MAC=D Port Interface 1 2 3 6 Switch SW2 WS4 WS5 MAC-E MAC-F Server2 MAC=G (4pts) Assume that the MAC forwarding table for Ethernet SW#1 is initially empty. There are no VLANs configured. Determine if SW1 learns and floods after each frame transmission event has occurred. Does SW1 learn? (Yes or No) Does SW1 Flood? WS7 MAC=J WS6 MAC-H b. (4pts) Populate SW#1's MAC forwarding table (below) resulting from the frame transmissions in part a). MAC address(es)

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