Router R1 refers to route-map fred when redistributing from EIGRP into OSPF. The entire
route-map is listed next. Which of the following answers must be true based on the
configuration as shown?
route-map fred deny 10
match ip address one
route-map fred deny 20
match ip address two
route-map fred permit 100

On Router R1, process EIGRP 1 is redistributing routes from process OSPF 2, calling routemap fred with the redistribute ospf 2 command. R1 has learned intra-area routes for
10.1.1.0/24 and 10.1.2.0/24 in part due to the Type 2 LSAs known for each subnet. The
route map filters route 10.1.1.0/24 and allows 10.1.2.0/24 througH. Which of the following
commands on router R1 list subnet 10.1.1.0/24? (Choose two.)

Router R1 is redistributing between two OSPF processes. Given the configuration shown,
which includes all commands in the route map named fred, which of the following answers is
true regarding the redistribution into OSPF process 1?
router ospf 1
redistribute ospf 2 external 2 route-map fred
!
route-map fred permit 10
match ip address 1
set metric-type type-1

Which of the following is not true regarding IOS default settings for administrative distance?

A network includes a RIPv2 domain, an EIGRP domain, and an OSPF domain. Each pair of
routing domains has multiple routers redistributing routes between the pair of domains. The
design requires that the redistribution configuration avoid matching based on prefix/length
because of the trouble in maintaining such configurations.
Which one of the following tools can be used in all three routing domains to attempt to
prevent domain loops? (This book uses the term domain loop to refer to the long routes that
might be chosen for routes when redistribution exists–for example, a route may forward
packets from the EIGRP domain, to the OSPF domain, back to EIGRP, and then to subnet X
in the RIP domain.)

A co-worker is developing an implementation plan for a design that uses OSPF 2 and RIPv2
routing domains, with two routers redistributing between the two domains.
The co-worker asks your help in choosing how to prevent domain loops by setting
administrative distance. Assuming all other related settings use defaults, which of the
following would solve the domain loop problem?

Router R1 sets a route tag for subnet 10.1.1.0/24 when redistributing from OSPF into
EIGRP. Which of the following unit is assigned to the route tag?

Policy-Based Routing (PBR) has been enabled on Router R1’s interface F0/0. Which of the
following is true regarding how PBR works? (Choose two.)

Examine the following configuration on Router R1. R1’s show ip route 172.16.4.1 command
lists a route with outgoing interface S0/1/1. Host 172.16.3.3 uses telnet to connect to host
172.16.4.1. What will Router R1 do with the packets generated by host 172.16.3.3 because
of the telnet, assuming the packets enter R1’s F0/0 interface?
(Choose two.)
interface Fastethernet 0/0
ip address 172.16.1.1 255.255.255.0
ip policy route-map Q2
!
route-map Q2 permit
match ip address 101
set interface s0/0/1
!
access-list 101 permit tcp host 172.16.3.3 172.16.4.0 0.0.0.255

The following output occurs on Router R2. Which of the following statements can be
confirmed as true based on the output from R2?
R2# show ip policy
Interface Route map
Fa0/0 RM1
Fa0/1 RM2
S0/0/0 RM3