Q: 2
The following figure shows the OSPF network of an enterprise and the OSPF configurations of R1.
Which of the following statements is false about the network?
Options
Discussion
C. not B. Silent-interface only stops OSPF packets on GE0/0/1 but doesn't block advertising the subnet. B's a decoy here.
C. Silent-interface doesn't stop the subnet from being advertised in OSPF, so C is definitely the false one here.
Option C is the false one here. Silent-interface just blocks OSPF hellos on GE 0/0/1, but the network can still be advertised with the network command. That's how Huawei VRP handles it. Let me know if you see it differently.
C/D? B looks like a trap but pretty sure C is the false one, since silent-interface doesn't block advertisement.
Its C, because silent-interface only stops OSPF packets but doesn’t block the subnet from being advertised. Anyone pick D instead?
C tbh. Silent-interface only blocks OSPF hellos on GE 0/0/1, but the network statement still lets R1 advertise that segment. B is a trap, since you might think "silent" means the interface is excluded from LSAs, but that's not the case.
C The silent-interface command stops OSPF packets on GE 0/0/1, but advertising the network is still possible with the 'network' statement. Pretty sure C is the false one here, unless I'm missing something in the config.
Nice clear scenario, C stands out. Similar question showed up in some practice sets too.
Definitely C
Not B, it's C. The silent-interface stops OSPF hellos on GE0/0/1 but doesn't actually prevent advertising that network if it's configured in the OSPF process. B trips folks up since it sounds similar. Let me know if anyone thinks otherwise.
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