Which configuration change will enable this scenario?
In the exhibit, R5 is exporting the RIP network prefixes into OSPF. You want to limit the number of
LSAs sent to Area 2.2.2.2, but you want to ensure that all routers in other are as will have routes
to all networks contained in the LSAs sent by the routers in Area 2.2.2.2. Which configuration
change will enable this scenario?
How many full adjacencies does R3 have?
You attach six routers (R1, R2, R3, R4, R5, and R6) to a single Ethernet LAN and configure the
routers with addresses in the same subnet. You do not modify the default priority of any router. R1
is chosen as the designated router and R2 is chosen as the backup designated router. How many
full adjacencies does R3 have?
Which router or routers will send a Network (Type 2) LSA for the network?
which router will become the backup designated router (BDR)?
Which routers are now the DR and BDR?
Five routers (R1, R2, R3, R4, and R5) are attached to a single Ethernet LAN and configured with
addresses in the same subnet. R1 is chosen as the designated router (DR) and R2 is chosen as
the backup designated router (BDR). You add R6 and configure it as shown in the exhibit. Which
routers are now the DR and BDR?
Which area type meets these requirements?
You must configure an OSPF area that must not contain any ASBRs and that must not receive
any Extern (Type 5) LSAs. This area should be aware of the entire OSPF network, but it should
not be aware of routes external to OSPF. Which area type meets these requirements?
which no-summaries is configured?
Which statement describes an OSPF area for which no-summaries is configured?
Which type of OSPF area restricts external routes from other areas but allows external routes to be flooded by
Which type of OSPF area restricts external routes from other areas but allows external routes to
be flooded by ASBRs within its own area?
Which two statements are true of OSPF stub areas?
Which two statements are true of OSPF stub areas? (Choose two.)
Which two commands should you use to determine why Router A is no longer the VRRP master?
Router A is configured as the VRRP master and Router B is configured as the backup. Router A
has lost the mastership and has become the backup router and you need to find out why. Which
two commands should you use to determine why Router A is no longer the VRRP master?
(Choose two.)