HPE6-A85

HPE6-A85 practice questions, page 4 of 8, with answer review and explanations.

Question 16

You have been asked to troubleshoot failed connectivity between a local subnet in the HQ Office with 490 employees and a remote subnet in the Branch Office. PC1 is unable to ping PC2.Use the provided topology and show command output to identify the reason for the failure.

  1. On Branch Office-L3-SW-2-There is no Layer 3 SVI configured in the correct subnet.
  2. On Branch Office-L3-SW-2-The switch does not have a static route to the HQ Office Local Subnet.
  3. On HQ Office L3-SW-1-The switch does not have a static default route to the internet.
  4. On HQ OfficeL3-SW-1-There is no route to the Branch Office.

Question 17

Switch A is configured with priority 80 and an IP address of 10.10.10.2/24. Switch B is configured with priority 80 and an IP address of 10.10.10.3/24. Both Switches are configured with VRRP and VID of 10.10.10.1.Which switch will become the master in a normal operation?

  1. Switch B is the master.
  2. Both switches are masters until one switch fails.
  3. Switch A is the master.
  4. The configuration is invalid. VRRP will not work when two switches have the same priority.

Question 18

What device in a WLAN is ultimately responsible for the decision to roam to a new AP?

  1. The client device
  2. The network gateway
  3. The wireless controller
  4. The access point

Question 19

What network benefit is gained by configuring fewer SSIDs per radio? (Choose two.)

  1. It is much less configuration effort.
  2. The WLAN throughput will increase.
  3. A longer beacon-interval helps to make the Wi-Fi connections more stable.
  4. The number of beacons will be reduced.
  5. Each SSID consumes one AP license.

Question 20

How is Equivalent Isotropic Radiated Power (EIRP) calculated?

  1. (power provided by PoE port) – (the cable loss) + (antenna gain)
  2. (power provided by the radio) – (the cable loss) + (antenna gain)
  3. (power provided by the radio) – (the cable loss) – (antenna gain)
  4. (power provided by PoE port) – (the cable loss) – (antenna gain)