Posted by : Mandie Saturday, 25 June 2011

Free CCNA Practice Stuff Packet Tracer Activities Practice Questions For CCNA Exam




1.  What  must be true for two Routers running IGRP  to communicate their routes?

A.)  Same autonomous system number
B.)  Connected using Ethernet only C.)  Use composite metric D)Configured for PPP

2. The following is partial output from a routing table, identify the 2 numbers in the square brackets; '192.168.10.0  [100/1300]  via 10.1.0.1, 00:00:23, Ethernet1'

A.)  100 = metric, 1300 = administrative distance
B.)  100 = administrative distance, 1300 = hop count
C.)  100 = administrative distance, 1300 = metric
D.)  100 = hop count, 1300 = metric

3. Identify  3 methods used to prevent routing loops?

A.)  Split horizon
B.)  Holddown timers
 C.)  Poison reverse
 D.)  SPF algorithm
E.)  LSP's

4. Which statement is true  regarding full duplex?

A.)  Allows for transmission and receiving of data simultaneously
B.)  Only works in a multipoint configuration
C.)  Does not affect the bandwidth
D.)  Allows for transmission and receiving of data but not a the same time

5. Identify  the switching  method  that  receives the entire  frame then dispatches it?

A.)  Cut-through
B.)  Receive and forward
C.)  Store and forward
               D.) Fast forward



6. Identify the purpose of ICMP?

A.)  Avoiding routing loops
B.)  Send error and control messages
C.)  Transporting routing updates
D.)  Collision detection

7. Identify  the administrative distance and appropriate routing protocol?

A.)  RIP = 255, IGRP = 100
B.)  RIP = 100, IGRP = 120
C.)  RIP = 1, IGRP = 0
D.)  RIP = 120, IGRP = 100

8. Identify  3 features of IGRP?

A.)  Composite metric
B.)  New horizon
C.)  Flash updates
D.)  60 periodic updates
E.)  Poison reverse

9. Identify  the 3 kinds of routes  IGRP  advertises?

A.)  Interior
 B.)  Dynamic
 C.)  System
D.)  Exterior

10. What  is the routing metric  used by RIP?

A.)  Route poisoning
B.)  Split horizon
 C.)  Hop Count
D.)  TTL

11. What  is true when creating static route?

A.)  The mask parameter is optional
B.)  The administrative distance is required
C.)  The gateway parameter is required
D.)  The administrative distance is optional

12. How often does IP RIP send out routing table updates by default?

A.)  They send complete updates every 30 seconds
B.)  They send partial updates every 30 seconds
C.)  They send complete updates every 60 seconds
D.)  They send partial updates every 60 seconds

13. Which of the following are Distant  Vector protocols?

A.)  IGRP
B.)  RIP
C.)  OSFP
D.)  EIGRP

14. What  is an administrative distance  of 0 mean?

A.)  0 means unbelievable
B.)  0 is for EIGRP
C.)  0 is the default distance for directly connected networks
D.)  0 means unreachable


15. What  is the routing metric  used by IGRP?

A.)  MTU, delay, bandwidth, reliability, and loading
B.)  Count to infinity
C.)  TTL
D.)  Hop count

16. What  is the routing algorithm used by RIP and IGRP?

A.)  OSPF
B.)  Link-state
C.)  Dynamic
D.)  Distance Vector


17. What  is the maximum hop count for Link-State protocols?

A.)  15
               B.)  there is no hop count limit
C.)  256
D.)  16

18. What  is the administrative distance for RIP?

A.)
100
B.)
90
C.)
120
D.)
110

19. When discussing  static routes,  what is the gateway parameter used for?

A.)  Determining the dynamic route
B.)  Defining the subnet
C.)  Defining the Administrative Distance
D.)  Determining the next hop


19. When discussing  static routes,  what is the gateway parameter used for?

A.)  Determining the dynamic route
B.)  Defining the subnet
C.)  Defining the Administrative Distance
D.)  Determining the next hop

20. Define Poison Reverse?

A.)  To prevent regular update messages from reinstating a route that has gone down
B.)  Packets sent out that are not destined for a network go to the default network
C.)  Information received on an interface cannot be sent back out the same interface
D.)  When a network goes down, the router enters in its table the number 16 to signify destination unreachable


 
Solutions :

1.       A
2.       C
3.       A,B,C
4.       A
5.       C
6.       B
7.       D
8.       A,C,E
9.       A,C,D
10.   C
11.   C,D
12.   A
13.   A,B
14.   C
15.   A
16.   D
17.   B
18.   C
19.   D
20.   D



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