23 - RIP/EIGRP

Question 1

Configure a RIP-enabled router to advertise its default route to its RIP neighbors:
R1(config-router)# […]

Answer 1

default-information originate

Question 2

Configure the EIGRP router ID:
R1(config-router)# […]

Answer 2

eigrp router-id <a.b.c.d></a.b.c.d>

Question 3

Configure the router to stop sending RIP advertisements out of a RIP-enabled interface:
R1(config-router)# […]

Answer 3

passive-interface <interface-id></interface-id>

Question 4

Disable EIGRP auto summarization:
R1(config-router)# […]

Answer 4

no auto-summary

Question 5

Disable RIP auto summarization
R1(config-router)# […]

Answer 5

no auto-summary

Question 6

Does the EIGRP AS number have to match between EIGRP neighbors?

Answer 6

Yes

Question 7

EIGRP [can/can’t] perform unequal-cost load-balancing.

Answer 7

can

Question 8

EIGRP messages are multicast to [IPv4 address]

Answer 8

224.0.0.10

Question 9

EIGRP Router ID selection priority:
1. […]
2. Highest IP address on a loopback interface
3. Highest IP address on a physical interface

Answer 9

Manual configuration

Question 10

EIGRP Router ID selection priority:
1. Manual configuration
2. […]
3. Highest IP address on a physical interface

Answer 10

Highest IP address on a loopback interface

Question 11

EIGRP Router ID selection priority:
1. Manual configuration
2. Highest IP address on a loopback interface
3. […]

Answer 11

Highest IP address on a physical interface

Question 12

Enable EIGRP on interfaces in the specified range:
R1(config-router)# […]

Answer 12

network ip-address [ wildcard-mask ]

Question 13

Enable EIGRP on interfaces in the specified range:
R1(config-router)# […]

Answer 13

network <ip-address [ wildcard-mask ]>

Question 14

Enable RIP on all interfaces in the specified range:
R1(config-router)# […]

Answer 14

network <ip-address></ip-address>

Question 15

Enable RIPv2:
R1(config-router)# […]

Answer 15

version 2

Question 16

Enter EIGRP configuration mode:
R1(config)# […]

Answer 16

router eigrp <as-number></as-number>

Question 17

Enter RIP configuration mode:
R1(config)# […]

Answer 17

router rip

Question 18

Modify RIP’s AD on the local router:
R1(config-router)# […]

Answer 18

distance value

Question 19

Modify the number of paths RIP will perform ECMP load-balancing over:
R1(config-router)# […]

Answer 19

maximum-paths <number></number>

Question 20

OSPF [can/can’t] perform unequal-cost load-balancing.

Answer 20

can’t

Question 21

Prevent the router from sending EIGRP messages out of an EIGRP-enabled interface:
R1(config-router)# […]

Answer 21

passive-interface <interface-id></interface-id>

Question 22

RIP [can/can’t] perform unequal-cost load-balancing.

Answer 22

can’t

Question 23

RIP uses two message types:
-[…]
-[…]

Answer 23

Request
Response

Question 24

RIPv1 messages are sent using […]cast.

Answer 24

broad

Question 25

RIPv2 messages are multicast to [IPv4 address].

Answer 25

224.0.0.9

Question 26

RIPv2 messages are sent using […]cast.

Answer 26

multi

Question 27

RIPv[…] doesn’t support VLSM and CIDR.

Answer 27

1

Question 28

RIPv[…] only advertises classful addresses.

Answer 28

1

Question 29

RIPv[…] supports VLSM and CIDR.

Answer 29

2

Question 30

The maximum hop count for a RIP route is […]

Answer 30

15

Question 31

Which version of RIP is used for IPv6?

Answer 31

RIPng (RIP Next Generation)

Question 32

Which versions of RIP are used for IPv4?

Answer 32

RIPv1 and RIPv2