Refer to the exhibit. Which configuration issue is preventing the OSPF neighbor relationship from being established between the two routers? R2 is using the passive-interface default command R1 interface Gi1/0 has a larger MTU size R2 should have its network command in area 1 R1 has an incorrect network command for interface Gi1/0. Refer to the exhibit. Refer to the exhibit. After the configuration is applied, the two routers fail to establish an OSPF neighbor relationship. what is the reason for the problem? The OSPF process IDs are mismatched The OSPF router IDs are mismatched Router2 is using the default hello timer The network statement on Router1 is misconfigured. Which step in the link-state routing process is described by a router sending Hello packets out all of the OSPF-enabled interfaces? electing the designated router establishing neighbor adjacencies exchanging link-state advertisements injecting the default route. Refer to the exhibit. What is the next hop address for traffic that is destined to host 10.0.1.5? Loopback 0 10.0.1.3 10.0.1.50 10.0.01.4. Refer to the exhibit. What action establishes the OSPF neighbor relationship without forming an adjacency? modify hello interval modify process ID modify priority modify network type. Which two minimum parameters must be configured on an active interface to enable OSPFv2 to operate? (Choose two) OSPF process ID OSPF stub flag OSPF area IPV6 address OSPF MD5 authentication key. An engineer must configure an OSPF neighbor relationship between router R1 and R3. The authentication configuration has been configured and the connecting interfaces are in the same 192.168.1.0/30 subnet. What are the next two steps to complete the configuration? (Choose two) configure the same router ID on both routing processes configure the same process ID for the router OSPF process configure the hello and dead timers to match on both sides configure the interfaces as OSPF active on both sides configure both interfaces with the same area ID. Refer to the exhibit. If the switch reboots and all routers have to re-establish OSPF adjacencies, which routers will become the new DR and BDR? Router R4 will become the DR and router R3 will become the BDR Router R3 will become the DR and router R2 will become the BDR Router R1 will become the DR and router R2 will become the BDR Router R3 will become the DR and router R1 will become the BDR.
