QUESTION: 13

The switches shown in the exhibit are ArubaOS switches that implement RSTP. The switches are configured with the spanning tree priorities shown in the exhibit, and they use their default costs on ports. Based on the topology, which port is a root port?

Switch A port 1
Switch B port 2
Switch C port 1
Switch C port 2

Answer(s): B

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QUESTION: 14

What is the result of this configuration?

The switch only adds the last static route entry to the routing table
All four routes are added to the routing table, but are never used.
The switch load shares connections across the four static next hops.
The switch only adds the last two static route entries to the routing table.

Answer(s): B

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QUESTION: 15

What must the network administrator do to enable some traffic to flow over each switch-to-switch link?

On Switch-3, assign STP priority 0 to instance 1 and STP priority 1 (4096) to instance 2. On Switch-4, assign STP priority 1 to instance 1 and STP priority 0 to instance 2.
Change the STP mode to MSTP on each switch.
Change the VLAN-to-instance mapping on half of the switches so that VLAN 2 is assigned to instance 1 and VLAN 3 is assigned to instance 1.
Configure the same MSTP region name and revision number on each switch.

Answer(s): A

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QUESTION: 16

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 10.1.104.2
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?

It load balances some of the traffic to 10.1.101.1 and some to 10.1.104.2.
It forwards at of the traffic to 10.1.104.2.
It drops the traffic.
It forwards all of the traffic to 10.1.101.1.

Answer(s): C

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