Online Access Free HPE6-A41 Practice Test

What is the relationship between a wireless client's data rate and the throughput for the client's traffic?

• A.The throughput is 90 percent of the data rate.
• B.The throughput is less than the data rate and also depends on factors such as number of clients in the cell.
• C.The data rate and the throughput are equivalent.
• D.The throughput is equal to the data rate multiplied by the connection time, minus the headers' bytes.

A Virtual Switching Framework (VSF) fabric currently has two members and two physical 10GbE links in its VSF link.
Which administrative task can a network administrator perform on this VSF fabric when both members are online?

• A.Add a new 40GbE link to the VSF link.
• B.Remove one of the physical links in the VSF link.
• C.Change the VSF link to use 40GbE links instead of 10GbE links.
• D.Remove a VSF member.

Two switches are members of a Virtual Switching Framework (VSF) fabric.
Which statement correctly describes how the switches handle routing?

• A.Both members build their own IP routing tables, which they synchronize. Only static IP routing is supported with VSF.
• B.Only the commander runs routing protocols and builds the IP routing table, and all routed traffic must pass through the commander.
• C.Both members run routing protocols and build their own IP routing tables, and they synchronize the tables over VSF links.
• D.Only the commander runs routing protocols and builds the IP routing table, but it programs the standby member to route traffic.

Refer to the exhibit.

Prior to implementing OSPF on the network, an ArubaOS switch had the IP routing table shown in the exhibit.
The network administrator then sets up OSPF in the network. The switch calculates these OSPF routes to
10.1.20.0/24:
* Through 10.1.0.1 with cost 3 and administrative distance 110
* Through 10.1.0.2 with cost 3 and administrative distance 110
How does the way the switch handles traffic destined to 10.1.20.0/24 change with the introduction of OSPF?

• A.The switch continues to send the traffic to 10.1.0.3, but it now has backup routes for the traffic in case the connection to 10.1.0.3 fails.
• B.The switch no longer drops this traffic and instead load balances it to 10.1.0.1 and 10.1.0.2.
• C.The switch no longer drops this traffic and instead sends it to 10.1.0.1.
• D.The switch stops sending the traffic to 10.1.0.3 and instead load balances it to 10.1.0.1 and 10.1.0.2.

Refer to the exhibit.

The network administrator enters this command:
Switch(config)# ip route 172.16.2.0/30 192.168.1.100 metric 1 distance 1 Why does this route fail to appear in the IP routing table?

• A.Its next hop is unreachable.
• B.Its prefix length is invalid.
• C.Its metric is the same as an existing static route.
• D.Its administrative distance is the same as an existing static route.