What is a characteristic of load balancing in RRPP?

• A. multiple RRPP rings within a domain
• B. It is not possible to load balance with RRPP.
• C. multiple RRPP domains sharing the same ring
• D. multiple RRPP domains with different root priorities
• E. overlapping RRPP rings

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You are replacing a Cisco BGP router with an HP A-Series BGP router. Configurations of the Cisco and HP devices are shown in the exhibit.Which statements are true about the routers' configurations? (Select three.)

• A. The HP A-Series router sends all networks to the BGP neighbor 222.222.10.1 except the IP prefix 200.1.0.0/23.
• B. The routers are implementing a typical configuration for a BGP Multihome router.
• C. The routers are implementing a typical configuration for a BGP router of a Transit AS.
• D. Both BGP router filter all networks sent to BGP neighbor 222.222.10.1 except the IP prefix 200.1.0.0/23.
• E. Both the Cisco and HP router configurations are identical in function.
• F. The HP router will not provide identical functionality to the Cisco router.

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Which combination of BGP attributes will be chosen as the best path for prefix 21.0.0.0/8?

• A. eBGP, LocPrf 90, PrefVal 100
• B. iBGP, LocPrf 110, PrefVal 100
• C. eBGP, LocPrf 90, PrefVal 0
• D. iBGP, LocPrf 110, PrefVal 0

You are in the process of replacing Cisco switches at the distribution layer with HP A-Series switches. You choose a migration strategy of connecting the A-Series switches in parallel with the distribution switches. You have also migrated the edge switches?connections to the new A-Series switches, and the new distribution switches have assumed all routing functionality. You are ready to remove the Cisco distribution switches. Which Cisco proprietary protocol was used to distribute VLAN definitions in the original network and must be migrated to an open standard equivalent before completing this step?

• A. Cisco Discovery Protocol (CDP)
• B. GROUP VLAN Registration Protocol (GVRP)
• C. VLAN Trunking Protocol (VTP)
• D. Virtual VLAN Distribution Protocol (VVDP)

Click the Exhibit button.

You are in the process of replacing Cisco switches at the distribution layer with HP E-Series switches. At this point, you have removed one of the Cisco distribution switches so that only one remains in the network. You have also connected one HP E-Series switch in that switch's place. As shown in the exhibit, the HP E-Series switch connects to the distribution layer, the edge, and the core. To eliminate network loops, the Cisco switches implement Rapid Per-VLAN Spanning Tree Plus (Rapid PVST+), and the HP E-Series switch implements Multiple Spanning Tree Protocol (MSTP). (Each connection to the core is a member of a single VLAN that is dedicated to that connection only and does not participate in the spanning tree.) The exhibit also shows the current Spanning Tree topology. You are now ready to migrate Edge1 so that it is connected to the HP E-Series switch only. What happens when you disable P1 on Edge1?

• A. The loop that had existed on Link 2 in VLANs 10 and 20 is eliminated. Only after P2 on Edge1 recovers does the link come back up.
• B. Link 2 becomes active in VLAN 1, which interoperates with MSTP, but flaps on VLANs 10 and 20 because the HP E-Series switch blocks BPDUs on those VLANs.
• C. Link 2 comes up in all VLANs after a few seconds when the HP E-Series switch opens its P2.
• D. Link 2 comes up in all VLANs after a several seconds because Edge1's Cisco uplinkfast feature does not interoperate with MSTP.