(Paper) CCNA : Some Important Question & Answer Part - 1
Submitted by guru on Thu, 06/19/2008 - 10:20
PAPER : Some Important Question & Answer CCNA (Part - 1)
- As system administrator, you type
“debug ipx sap” and receive the following lines as part of the IOS
response: type 0×4, “HELLO2″, 199.0002.0003.0006 (451), 2 hops type
0×4, “HELLO1″, 199.0002.0003.0008 (451), 2 hops What does “0×4″
signify?
* That is a Get Nearest Server response.
* That it is a General query.
* That it is a General response.
* That it is a Get Nearest Server request.
Correct answer: A
- To monitor IP igrp traffic, you can
use “debug IP igrp transaction” or “debug IP igrp events”. How do
you display information about IPX routing update packets?
* debug routing
* debug ipx transaction
* debug ipx routing activity
* debug ipx events
Correct answer: C
- To monitor ipx traffic on a network,
what command would you use?
* debug ipx transaction
* show ipx traffic
* show ipx events
* display ipx traffic
Correct answer: B
- What command would you use to find
out the names of Novell servers on a network?
* show ipx servers
* show ipx hosts
* show ipx sap
* show ipx nodes.
Correct answer: A
- The “ipx delay number” command
will allow an administrator to change the default settings. What are the
default settings?
* For LAN interfaces, one tick; for WAN interfaces, six ticks
* For LAN interfaces, six ticks; for WAN interfaces, one tick
* For LAN interfaces, zero ticks; for WAN interfaces, five ticks
* For LAN interfaces, five ticks; for WAN interfaces, zero Ticks
Correct answer: A
- The default is–for LAN
interfaces, one tick; for WAN interfaces, six ticks As
a system administrator, you need to set up one Ethernet interface on the
Cisco router to allow for both sap and Novell-ether encapsulations. Which
set of commands will accomplish this?
* interface ethernet 0.1 ipx encapsulation Novell-ether ipx network 9e interface ethernet 0.2 ipx network 6c
* interface ethernet 0 ipx encapsulation Novell-ether ipx network 9e interface ethernet 0 ipx encapsulation sap ipx network 6c
* interface ethernet 0.1 ipx encapsulation Novell-ether interface ethernet 0.2 ipx encapsulation sap
* interface ethernet 0.1ipx encapsulation Novell-ether ipx network 9e interface ethernet 0.2 ipx encapsulation sap ipx network 6c
Correct answer: D
- The following commands setup
the subinterfaces to allow for two types of encapsulation: interface
ethernet 0.1 ipx encapsulation Novell-ether ipx network 9e interface
ethernet 0.2 ipx encapsulation sap ipx network 6c What
does the “IPX maximum-paths 2″ command accomplish?
* It enables load sharing on 2 paths if the paths are equal metric paths.
* It sets up routing to go to network 2.
* It is the default for Cisco IPX load sharing.
* It enables load sharing on 2 paths if the paths are unequal metric paths.
Correct answer: A
- It enables load sharing on 2
paths if the paths are equal metric paths. The default is 1 path and the
maximum is 512 paths. You want to enable both
arpa and snap encapsulation on one router interface. How do you do this?
* The interface can handle multiple encapsulation types with no extra configuration.
* Assign two network numbers, one for each encapsulation type.
* Enable Novell-ether to run multiple encapsulation types.
* Both arpa and snap are enabled by default so you don’t have to configure anything.
Correct answer: B
- To assign multiple network numbers,
you usually use subinterfaces. A sample configuration follows: ipx ethernet
0.1 ipx encapsulation novell-ether ipx network 9e interface ethernet 0.2 ipx
encapsulation sap ipx network 6c By default, Cisco routers forward GNS SAPs
to remote networks.
* False
* True
Correct answer: A
- GNS is Novell’s protocol to Get
Nearest Server. If there is a server on the local network, that server will
respond. If there isn’t, the Cisco router has to be configured to forward
the GNS SAP.To prevent Service Advertisements (SAPs) from flooding a
network, Cisco routers do not forward them. How are services advertised to
other networks?
* Each router builds its own SAP table and forwards that every 60 seconds.
* Each router assigns a service number and broadcasts that.
* SAPs aren’t necessary with Cisco routers.
* Cisco routers filter out all SAPs.
Correct answer: A
- Cisco routers build SAP tables
and forward the table every 60 seconds. All SAPs can’t be filtered even
with 4.x since NDS and time synchronization uses SAPs. Novell’s
implementation of RIP updates routing tables every ____ seconds.
* 60
* 90
* 10
* 30
Correct answer: A
- Novell’s RIP updates routing
tables every 60 seconds, Apple’s RTMP is every 10 seconds, routers ARP
every 60 seconds, IGRP signal every 90 seconds, and Banyan VINES signals
every 90 seconds. In Novell’s use of RIP, there are two metrics used to
make routing decisions. Select the two metrics.
* Ticks.
* Hops
* Loops
* Counts
Correct answer: A &B
- It first uses ticks (which is
about 1/18 sec.); if there is a tie, it uses hops; if hops are equal, then
it uses an administratively assigned tiebreaker.
What is the Cisco name for the encapsulation type used on a serial interface?
* HDLC
* SDLC
* SAP
* SNAP
Correct answer: A
- “arpa” is used by the Cisco IOS
for which encapsulation types?
* Ethernet_II
* Ethernet_802.3
* Ethernet_802.2
* Ethernet_SNAP
Correct answer: A
- Novell’s IPX and Cisco’s IOS
name their protocols differently. Cisco uses sap for Ethernet_802.2,
Token-Ring, and Novell’s FDDI_802.2. Cisco uses snap for Ethernet_SNAP,
Token-Ring_SNAP, and FDDI_SNAP. Cisco uses arpa for Ethernet_II and, finally
the default is Novell-ether for Novell’s Ethernet_802.3. “snap” is
used by the Cisco IOS for which encapsulation types?
* Ethernet_SNAP
* Token-Ring_SNAP
* FDDI_SNAP
* Novell-SNAP
* Novell-FDDI.
Correct answer: A,B &C
- Novell’s IPX and Cisco’s IOS
name their protocols differently. Cisco uses sap for Ethernet_802.2,
Token-Ring, and Novell’s FDDI_802.2. Cisco uses snap for Ethernet_SNAP,
Token-Ring_SNAP, and FDDI_SNAP. Cisco uses arpa for Ethernet_II and, finally
the default is Novell-ether for Novell’s Ethernet_802.3.15 “sap” is
used by the Cisco IOS for which encapsulation types?
* Ethernet_802.2
* Token-Ring
* FDDI_SNAP
* Ethernet_802.3
* FDDI_802.2
Correct answer: A,B &E
- Novell’s IPX and Cisco’s IOS
name their protocols differently. Cisco uses sap for Ethernet_802.2,
Token-Ring, and Novell’s FDDI_802.2. Cisco uses snap for Ethernet_SNAP,
Token-Ring_SNAP, and FDDI_SNAP. Cisco uses arpa for Ethernet_II and, finally
the default is Novell-ether for Novell’s Ethernet_802.3. Which type of
Ethernet framing is used for TCP/IP and AppleTalk?
* Ethernet 802.3
* Ethernet 802.2
* Ethernet II
* Ethernet SNAP
Correct answer: D
- Ethernet 802.3 is used with
NetWare versions 2 through 3.11, Ethernet 802.2 is used with NetWare 3.12
and later plus OSI routing, Ethernet II is used with TCP/IP and DECnet, and
Ethernet SNAP is used with TCP/IP and AppleTalk. Which
type of Ethernet framing is used for TCP/IP and DECnet?
* Ethernet 802.3
* Ethernet 802.2
* Ethernet II
* Ethernet SNAP
Correct answer: C
- Ethernet 802.3 is used with
NetWare versions 2 through 3.11, Ethernet 802.2 is used with NetWare 3.12
and later plus OSI routing, Ethernet II is used with TCP/IP and DECnet, and
Ethernet SNAP is used with TCP/IP and AppleTalk. You
are a system administrator on a NetWare network, you are running NetWare
4.11 and you cannot communicate with your router. What is the likely
problem?
* NetWare 4.11 defaults to 802.2 encapsulation.
* NetWare 4.11 defaults to 802.3 encapsulation
* Cisco routers only work with NetWare 3.11.
* NetWare 3.11 defaults to 802.2 encapsulation.
Correct answer: A
- The default encapsulation on
Cisco routers is Novell Ethernet_802.3 and NetWare 3.12 and later defaults
to 802.2 encapsulation, 3.11 and earlier defaults to 802.3. NetWare
IPX addressing uses a network number and a node number. Which statements are
true?
* The network address is administratively assigned and can be up to 16 hexadecimal digits long.
* The node address is always administratively assigned.
* The node address is usually the MAC address.
* If the MAC address is used as the node address, then IPX eliminates the use of ARP.
Correct answer: A, C &D
- The network address can be up to 16
hexadecimal digits in length. The node number is 12 hexadecimal digits. The
node address is usually the MAC address. An example IPX address is
4a1d.0000.0c56.de33. The network part is 4a1d. The node part is
0000.0c56.de33. The network number is assigned by the system administrator
of the Novell network. Which NetWare protocol works on layer 3–network
layer—of the OSI model?
* IPX
* NCP
* SPX
* NetBIOS
Correct answer: A
- IPX (Internetwork Packet
Exchange) is a NetWare network layer 3 protocol used for transferring
information on LANs. Which NetWare protocol
provides link-state routing?
* NLSP
* RIP
* SAP
* NCP
Correct answer: A
- NetWare Link Services Protocol
(NLSP) provides link-state routing. SAP (Service Advertisement Protocol)
advertises network services. NCP (NetWare Core Protocol) provides
client-to-server connections and applications. RIP is a distance vector
routing protocol. As a system administrator, you want to debug igrp but are
worried that the “debug IP igrp transaction” command will flood the
console. What is the command that you should use?
* debug IP igrp event
* debug IP igrp-events
* debug IP igrp summary
* debug IP igrp events
Correct answer: D
- The “debug IP igrp events”
is used to only display a summary of IGRP routing information. You can
append an IP address onto either command to see only the IGRP updates from a
neighbor. What does the following series of
commands accomplish? router igrp 71 network 10.0.0.0 router igrp 109 network
172.68.7.0
* It isolates networks 10.0.0.0 and 172.68.7.0.
* It loads igrp for networks 109 and 71.
* It disables RIP.
* It disables all routing protocols.
Correct answer: A
- It isolates network 10.0.0.0
and 172.68.7.0 and associates autonomous systems 109 and 71 with IGRP. IGRP
does not disable RIP, both can be used at the same time. In
the command “router igrp 109″ what does 109 signify?
* an autonomous system
* any network number which the router is attached to
* the allowable length of the routing table
* the network socket number
Correct answer: A
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