There is some confusion on this sim and what it is. So I will tell you that it is a window with 4 squares on the left side. Click each one to see the question. Again, there are 4 questions and one topology. Click the topology button at the bottom of the sim to see it. There is only one topology for all 4 questions. You do NOT log into any routers. All configuration is provided as text in the question.

NOTE: The actual topology may vary with the routing protocol questions selected for the sim and the number of routers could be as high as R6

What of the routes will be advertized by R5 to R4?

For R4 they give some configuration that uses

router bgp X
neighbor 2.2.2.2 remote-as y
neighbor 2.2.2.2 route-map foo in
ip as-path access-list 10 permit ^10$ (Really it wasn’t clear what symbol they were dad image or probably my blind eyes

route-map foo permit 10
match as-path 10

There is some confusion on this sim and what it is. So I will tell you that it is a window with 4 squares on the left side. Click each one to see the question. Again, there are 4 questions and one topology. Click the topology button at the bottom of the sim to see it. There is only one topology for all 4 questions. You do NOT log into any routers. All configuration is provided as text in the question.

NOTE: The actual topology may vary with the routing protocol questions selected for the sim and the number of routers could be as high as R6

Given R1#show ipv6 mroute
(*, FF02::2), 00:02:57/never, RP 2002:2222::2, flags: SPC
Incoming interface: FastEthernet0/0
RPF nbr: FE80::266:66FF:FE66:6666
(*, FF04::6), 00:02:57/never, RP 2002:2222::2, flags: SPC
Incoming interface: FastEthernet0/0
RPF nbr: FE80::266:66FF:FE66:6666

Study the exhibit carefully, P4S-R2 has no routes for 10.100.X.X routes in its BGP or routing table. Why not?

Which four commands are required when implementing DMVPN? (Exhibit)

Refer to the exhibit. Catalyst R is the root bridge for both VLAN 1 and VLAN 2. What is the easiest way to load-share traffic across both trunks and maintain redundancy in case a link fails, without using any type of EtherChannel link-bundling?

Lookat the following network carefully. The technician has configured all routers to advertise all connected links through BGP, and P4S-R2 through P4S-R4 to advertize all connected links via OSPF. At P4S-R4, 172.30.1.0/24 is not in the local BGP table or the local routing table. Why?

Which statement best describes OSPF external LSAs (type 5)? (Exhibit)

You work as a network engineer for the PassGuide Company. Study the exhibit carefully. In this network, PG-R1 is redistributing 10.1.5.0/24 into OSPF, and PG-R2 is originating 10.1.4.0/24 as an internal route. PG-R6 has received packets destined to 10.1.4.1 and 10.1.5.1. Which statement is true about the path or paths these two packets will take?

You are a network engineer at PassGuide.com, study the exhibit carefully. The company’s network is running EIGRP and you want to change the path PG-R5 uses to reach 172.30.1.0/24 to PG-R4. How could you achieve this goal?

Based on the exhibit presented. What will be the objective of this route map when applied to traffic passing through a router?