1.
Which type of routing protocol uses LSAs and TLVs to support extended features?
2.
What are two characteristics of link-state routing protocols? (Choose two.)
3.
What data is used by OSPF and ISIS for loop prevention?
4.
Which routing protocol incorporates characteristics of both distance vector and link-state protocols?
5.
How do EIGRP routers establish and maintain neighbor relationships?
6.
A router has installed several routes into the routing table. How will the router determine which route to use to forward packets?
7.
What is the effect of configuring the ipv6 unicast-routing command on a router?
8.
Why would a floating static route be configured with an administrative distance that is higher than the administrative distance of a dynamic routing protocol that is running on the same router?
9.
Which static route statement shows a recursive IPv6 static route?
10.
Refer to the exhibit. Which command will properly configure an IPv6 static route on R2 that will allow traffic from PC2 to reach PC1 without any recursive lookups by router R2?
11.
Refer to the exhibit. Router R1 has an OSPF neighbor relationship with the ISP router over the 192.168.0.32 network. The 192.168.0.36 network link should serve as a backup when the OSPF link goes down. The floating static route command ip route 0.0.0.0 0.0.0.0 S0/0/1 100 was issued on R1 and now traffic is using the backup link even when the OSPF link is up and functioning. Which change should be made to the static route command so that traffic will only use the OSPF link when it is up?
12.
What is used by BGP to guarantee a loop free path to reach a destination?
13.
What is the purpose for creating VRFs on a router?
14.
Which technology creates segmentation between network interfaces, IP addresses, and routing tables?
15.
Refer to a portion of an EIGRP topology table, What is the reported distance of the successor route for 172.18.3.0/24?
16.
What is the administrative distance of a directly connected interface?
17.
Refer to the exhibit. R2 has two possible paths to the 192.168.10.4 network. What would make the alternate route meet the feasibility condition?
18.
Which protocol number is used to indicate that an EIGRP packet is encapsulated in an IP packet?
19.
Which statement describes the autonomous system number used in EIGRP configuration on a Cisco router?
20.
Which bandwidth value is used when calculating the EIGRP metric of a route?
21.
Refer to the exhibit. All the routers that are displayed are part of the EIGRP domain. Assuming EIGRP metric weights are not altered in the configurations, which path will a packet take that originates from a host on the 192.168.1.0/24 network and is going to a host on the 192.168.2.0/24 network?
22.
Which two metric weights are set to one by default when costs in EIGRP are being calculated? (Choose two.)
23.
How has the EIGRP routing protocol improved by having interface delay measured in picoseconds instead of microseconds?
24.
If all router Ethernet interfaces in an EIGRP network are configured with the default EIGRP timers, how long will a router wait by default to receive an EIGRP packet from its neighbor before declaring the neighbor unreachable?
25.
What two conditions will result in an EIGRP route going into the active state? (Choose two.)
26.
An EIGRP router loses the route to a network. Its topology table contains two feasible successors to the same network. What action will the router take?
27.
Which feature of the EIGRP routing protocol can provide fast re-convergence without DUAL recomputation in the event of a route failure?
28.
What are two benefits of applying summarization to networks within a company that uses the EIGRP routing protocol? (Choose two.)
29.
Refer to a portion of an EIGRP topology table, What is the metric for the successor route for 10.34.1.0/24?
30.
What is the administrative distance of a static route?
31.
Refer to a portion of an EIGRP topology table, What is the metric for the feasible successor route for 10.34.1.0/24?
32.
What is the administrative distance of an EIGRP summary route?
