A port on an ArubaOS switch currently has its default VLAN assignment. The network administrator wants the port to continue to be part of the default VLAN. The administrator also wants the port to support VLANs 2 and 3.

What should the administrator do to accomplish this?

A. Add VLAN 2 to the port as an untagged VLAN assignment and VLAN 3 as a tagged assignment.

B. Add VLANs 2 and 3 to the VLAN permit list for the port.

C. Add VLANs 2 and 3 to the port as tagged VLAN assignments.

D. Add the port to hybrid VLAN 2 and 3.

Currently the routing switches shown in the exhibit have only connected IP routes. The network administrator needs to add static routes to support communications between subnet 10.1.4.0/24 and subnet 10.1.8.0/24. Which switch or switches require a static route to 10.1.8.0/24?

A. Switch-3 only

B. Switch-1 and Switch-3

C. Switch-1 only

D. Switch-1 and Switch-2

Based on this ArubaOS switch output, what can a network administrator determine about the spanning tree topology?

A. Port 2 is an edge port

B. Port 3 will become the root port if the current root port becomes unavailable.

C. Switch-C is the root bridge of the topology.

D. Trk1 offers the lowest cost path to the common spanning tree root.

What are two ports with the alternate role?

A. 1 and 2

B. 2 and 4

C. 4 and 25

D. 25 and 26

After 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?

A. It forwards all of the traffic to 10.1.101.1.

B. It load balances some of the traffic 10.1.101.1 and some to 10.1.104.2.

C. It forwards all of the traffic to 10.1.104.2.

D. It drops the traffic.