An ArubaOS switch has the routing table shown in the exhibit. A network administrator then enters this command:Switch (config) # ip routs 10.0.0.0/8 10.1.104.2After the administrator enters this command, packets arrive that are destined for 10.1.8.8 and 10.1.8.13. What does the switch do with this traffic?
Answer(s): C
Switch-1 and Switch -2 have the Virtual Switching Framework (VSF) settings shown in the exhibits. The administrator then connects the switches together on the interfaces in the VSF link. The administrator first enables VSF on Switch-1 and confirms the reboot. After Switch-1 reboots, the administrator enables VSF on Switch-2 and confirms the reboot.What happens?
Exhibit 2 shows the IP routine tables for all the switches after the link between Switch-4 and Switch-2 failed '//'hen This link fails traffic between 10 1 3 0/24 and 10.1.2.0724 is disrupted What should the network administrator do to ensure that this traffic continues to flow if this link fails in the future? (Assume that routes on Switch-1 and Switch-3 are correct.)
Answer(s): B
Two ArubaOS switches connect on a VLAN. and both enable OSPF on that VLAN. Which VLAN OSPF setting must match for the switches to become fully adjacent neighbors?
Answer(s): D
All switches are ArubaOS switches that currently have the default spanning tree priority. Switch-1 should be the root of the spanning tree If Switch-1 fails. Switch-2 should become root Which configuration for spanning tree priorities ensures this behavior?
Answer(s): A
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