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reviewerr nyetnyorking

Total questions: 65

Worksheet time: 1hrs 1mins

Name
Class
Date
1.

It uses ip routing table to determine which path(router) to use to forward a packet

(a)  

2.

Also known as the longest match

(a)  

3.

Networks that are not directly connected to the router

(a)  

4.

can be entered manually as a static route or learned automatically from a dynamic routing protocol

(a)  

5.

An older packet forwarding mechanism still available in cisco routers

(a)  

6.

uses a fast-switching cache to store next hop information

(a)  

7.

the most recent and default Cisco IOS packet-forwarding mechanism

(a)  

8.

displays the entire section that starts with the filtering expression

(a)  

9.

includes all output lines that match the filtering expression

(a)  

10.

excludes all output lines that match the filtering expression

(a)  

11.

displays all the output lines from a certain point, starting with the line that matches the filtering expression

(a)  

12.

list of routes for known networks

(a)  

13.

identifies how the route was learned

(a)  

14.

identifies value assigned to reach the remote network

(a)  

15.

are used by routers to automatically share information about the reachability and status of remote networks

(a)  

16.

EIGRP uses bandwidth and delay values in the composite metric to calculate the preferred path to a network

a)

True

b)

False

17.

The show ip eigrp topology command can be used to verify ip topology values

(a)  

18.

the bandwidth kilobits-bandwidth-value command is used to modify the bandwidth metric

a)

True

b)

False

19.

A successor in neighboring switch that is used for packet forwarding and is the leastcost route to the destination network

(a)  

20.

The feasibility condition (FC) is when a neighbor's reported distance (RD) to a network is less than the local router's feasible distance to the same destination network

a)

True

b)

False

21.

EIGRP for ipv6 is a separate process from OSPF for ipv4

(a)  

22.

Packets with a source or destination link-local address cannot be routed beyond the local link from where the packet originated

a)

True

b)

False

23.

the ipv6 unicast-routing command enable ipv4 routing

(a)  

24.

Link-local addresses must be unique on the same local link

a)

True

b)

False

25.

EIGRP for ipv6 is configured directly on the terminal

(a)  

26.

The show ipv6 eigrp neighbors command is used to display neighbor adjacencies

a)

True

b)

False

27.

the show ipv6 route command is used to view ipv6 database table

(a)  

28.

Both the no shutdown command and router id are required for the router to form neighbor adjacencies

a)

True

b)

False

29.

if the sender receives EIGRP replies with path to the requested system, the preferred path is added as the new successor and also added to the routing table

(a)  

30.

The bandwidth kilobits-bandwidth value command is used to modify the bandwidth metric

a)

True

b)

False

31.

What are the four different types of OSPF routers?

(a)  

32.

What are the four different types of OSPF routers?

(a)  

33.

What are the four different types of OSPF routers?

(a)  

34.

What are the four different types of OSPF routers?

(a)  

35.

What are the four different types of OSPF routers?

(a)  

36.

Commands to verify multiarea OSPFv2

(a)  

37.

Commands to verify multiarea OSPFv2

(a)  

38.

Commands to verify multiarea OSPFv2

(a)  

39.

Commands to verify multiarea OSPFv2

(a)  

40.

Commands to verify multiarea OSPFv2

(a)  

41.

Commands to verify multiarea OSPFv2

(a)  

42.

Issues in single area OSPF

(a)  

43.

Issues in single area OSPF

(a)  

44.

Issues in single area OSPF

(a)  

45.

Common troubleshooting commands

(a)  

46.

Common troubleshooting commands

(a)  

47.

Common troubleshooting commands

(a)  

48.

Common troubleshooting commands

(a)  

49.

Common troubleshooting commands

(a)  

50.

Networks fail for a number of reasons

(a)  

51.

Networks fail for a number of reasons

(a)  

52.

Networks fail for a number of reasons

(a)  

53.

Networks fail for a number of reasons

(a)  

54.

Routing table entries

(a)  

55.

Routing table entries

(a)  

56.

Routing table entries

(a)  

57.

Routing table entries

(a)  

58.

Routing table entries

(a)  

59.

Routing table entries

(a)  

60.

Routing table entries

(a)  

61.

IP routing table route sources:

(a)  

62.

IP routing table route sources:

(a)  

63.

IP routing table route sources:

(a)  

64.

IP routing table route sources:

(a)  

65.

IP routing table route sources:

(a)