[Free] New Updated (October) Juniper TK0-201 Real Exam 251-260

A.

When configured on a broadcast segment, IS-IS elects a designated intermediate system that establishes adjacencies with all IS-IS enabled nodes on the segment.

B.

When configured on a broadcast segment, IS-IS forms a full mesh of adjacencies called a mesh group; unlike OSPF, no designated device exists to represent the segment.

C.

When configured on a broadcast segment, IS-IS elects a backup designated intermediate system.

D.

When configured on a broadcast segment, the network itself is called a pseudo-node

A.

The path through Peer A will be preferred for all traffic to that destination.

B.

The path through Peer B will be preferred for all traffic to that destination.

C.

The paths will be load balanced to that destination based on a Layer 3 hash.

D.

The company router marks the routes as hidden to that destination because the MED exceeds 63.

A.

Communities are used to identify BGP routes based on the originating route’s attributes, whether it is an internal route, an external route, or unknown.

B.

Communities are added by route reflectors. A route reflector appends its own IP address and the autonomous system number separated by a colon in the community field each time a route traverses it.

C.

Communities are used to determine preference within a network; lower community values are more preferable than higher values.

D.

Communities are used as a tool for sorting and categorizing routes based on user- defined criteria.

A.

[edit interfaces fe-0/0/0 unit 50 family inet address 192.168.0.12/24]

user@RouterA# show

vrrp-group 50 {

virtual-address 192.168.0.1;

fast-interval 250;

preempt;

accept-data;

}

B.

[edit interfaces fe-0/0/0 unit 50 family inet address 192.168.0.12/24]

user@RouterA# show

vrrp-group 50 {

virtual-address 192.168.0.1;

fast-interval 250;

no-preempt;

no-accept-data;

}

C.

[edit interfaces fe-0/0/0 unit 50 family inet address 192.168.0.12/24]

user@RouterA# show

vrrp-group 50 {

virtual-address 192.168.0.1;

fast-interval 250;

accept-icmp;

}

D.

[edit interfaces fe-0/0/0 unit 50 family inet address 192.168.0.12/24]

user@RouterA# show

vrrp-group 50 {

virtual-address 192.168.0.1;

priority 220;

advertise-interval 10;

preempt;

accept-packets;

}

A.

show vrrp

B.

show vrrp summary

C.

show vrrp detail

D.

show vrrp track

A.

a Level 1 router in Area 5 connected to a Level 2 router in Area 5

B.

a Level 1 router in Area 4 connected to a Level 1 router in Area 2

C.

a Level 2 router in Area 4 connected to a Level 2 router in Area 8

D.

a Level 1 router in Area 3 connected to a Level 1 router in Area 3

A.

time to live

B.

source address

C.

protocol

D.

fragment offset

A.

EBGP cannot peer to a virtual address.

B.

The EBGP session needs to be explicitly configured with multihop.

C.

The EBGP session needs to be explicitly configured as type external.

D.

The autonomous system information needs to be configured under [protocols bgp].

A.

Router 2 will mark both routes active if both next hops are reachable.

B.

Router 2 will prefer the route received from Router 4 because of a lower origin code value.

C.

Router 2 will prefer the route that arrived first because neither route is necessarily preferable over the other.

D.

Router 2 will prefer the route received from Router 5 because it has a lower MED value.

A.

The tunnel end points must have a valid route to each other.

B.

The tunnel end points must be distributed inside the IGP.

C.

A GRE tunnel must be established first to carry the IP-IP tunnel.

D.

All devices in between the tunnel end points must have a valid route to the tunnel end points.