Chapter 3 of the CCNA is a very wide chapter and most students find it hard to understand. The quiz below has different questions specifically from chapter 3 and will give you a clear indication of how the questions are set and how to correctly tackle them. Give it a try!
User EXEC mode
Privileged EXEC mode
Global configuration mode
Interface configuration mode
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Per VLAN Spanning Tree (PVST)
Per VLAN Spanning Tree + (PVST+)
Common Spanning Tree (CST)
Rapid Spanning Tree Protocol (RSTP)
Multiple Spanning Tree Protocol (MSTP)
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Switch port Fa0/1 is not trunking.
Router interface Fa0/0 is possibly down.
No routing protocol is configured on Router1.
One of the router subinterfaces is possibly down.
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Only hosts A and B
Only hosts A, B, and C
Only hosts A, B, C, and D
Only hosts A, B, C, and E
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Interface FastEthernet3/0/0 is subinterfaced.
A non-proprietary trunking protocol is in use.
The configuration is appropriate for a router-on-a-stick network design.
A shutdown command has been applied to interface FastEthernet3/0/0.
Interface FastEthernet3/0/0.3 is mapped to the default management VLAN.
An IP address should be applied to FastEthernet3/0/0 for correct data routing.
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Associate with the access point and then open a HyperTerminal session with the access point.
Physically connect to the access point and then reboot the computer to launch the configuration software.
From a computer in the same IP subnet as the access point, enter the default IP address of the access point in a web browser.
Modify the TCP/IP properties of the computer connected to the access point so that it exists on the same network, and then reboot your computer to establish a connection.
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SSID
OFDM
WEP
DSSS
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Lowest bridge ID
Highest revision number
Lowest numeric IP address
Highest numeric MAC address
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The PC is set to full duplex. The switch port fails to autonegotiate the duplex setting and defaults to half duplex, which causes a duplex mismatch.
The switch traffic is exceeding available frame buffers. The result is that frames are being dropped.
The PC and the default gateway have different bandwidth Ethernet ports.
The default gateway is not on the same switch that the PC is.
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AS1 and AS2
DS1 and DS2
DS1, DS2, and CS1
AS1, AS2, DS1, and DS2
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Only the management VLAN
All VLANs except the extended range VLANs
All VLANs except 1 and 1002-1005
All VLANs
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It will be dropped.
It will be forwarded out port Fa0/5 only.
It will be forwarded out ports Fa0/5 and Fa0/10.
It will be forwarded out ports Fa0/5, Fa0/10, and Fa0/15.
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It propagates VLAN configurations to other switches.
It restricts broadcast packets to a single VLAN.
It segments a network into multiple broadcast domains.
It prevents loops in a switched network with redundant paths.
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Client
Root
Server
Transparent
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It is configured in VTP server mode.
STP is automatically enabled.
The first VTY line is automatically configured to allow remote connections.
VLAN1 is configured with a management IP address.
All switch ports are assigned to VLAN1.
The enable password is configured as cisco.
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192.168.1.11 /28
192.168.1.22 /28
192.168.1.33 /28
192.168.1.44 /28
192.168.1.55 /28
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Discard the frame
Forward the frame out port 2
Forward the frame out port 3
Forward the frame out all ports
Forward the frame out all ports except port 3
Add station 00-00-3D-1F-11-05 to port 2 in the forwarding table
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Sticky
Protect
Restrict
Shutdown
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Zero
Four
Five
Eight
Nine
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Configuring trunk links on the VTP server
Configuring or changing the VTP password
Configuring or changing the VTP domain name
Configuring or changing the VTP version number
Configuring or deleting a VLAN or creating a VLAN name
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The command should have been copy startup-config tftp:backup.cfg.
A backup configuration from a TFTP server cannot be copied directly into the startup-config.
The command copy running-config startup-config should be used to save the changes on the switch.
Downloading to the startup-config requires the switch to be reloaded in order for the configuration to take effect.
A
B
C
D
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Available bandwidth is reduced
MAC addresses are easily spoofed.
APs are more susceptible to DoS attacks.
The payload encryption is easily broken.
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Zero
One
Two
Four
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This configuration is commonly found in an ad hoc network.
All wireless devices that are connected to this access point must have the SSID of Academy.
Any wireless clients that are attached to this access point would have the same IP address and SSID.
Any wireless clients that are attached to this access point must be connected using the 802.11n WAN protocol.
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BPDU frames
Multicast frames
Broadcast frames
Layer 3 packets
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To control the broadcast domain size
To eliminate the collisions that result from multiple VLANs
To transmit data from multiple VLANs through a single port
To increase the bandwidth between the switch and its upstream device
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The interface is not configured to transmit data.
The interface is configured to transmit data at 10 Mb/s speed.
The interface is configured to transmit data in half-duplex mode.
The interface is configured to use HDLC encapsulation to transmit data.
The VTP revision numbers are different.
The number of existing VLANs is different.
There is a password set on one of the switches.
The enable passwords are not set on the switches.
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ESS
BSS
IBSS
Ad hoc
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WEP identifies the wireless LAN.
WEP allows the access point to inform clients of its presence.
WEP translates IP addresses into easy-to-remember domain names.
WEP encrypts data between the wireless client and the access point.
WEP translates an internal address or group of addresses into an outside, public address.
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Switch S1, Fa0/1
Switch S3, Fa0/5
Switch S4, Fa0/1
Switch S2, Fa0/3
Switch S4, Fa0/2
Switch S3, Fa0/2
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Image One
Image Two
Image Three
Image Four
Change the hostname of SWC to SWA.
Change the hostname of switch SWA to SWC.
Change the domain name on switch SWA to cisco.
Change the enable password on both switches to Cisco.
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Core switches
Access switches
Backbone switches
Distribution switches
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The switch will have a management interface with the address 172.16.100.1.
The switch can be remotely managed from a host on another network.
The switch can communicate with other hosts on the 172.16.100.0 network.
The switch is limited to sending and receiving frames to and from the gateway 172.16.100.1.
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Data VLAN
Native VLAN
Untagged VLAN
Management VLAN
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The command contained a syntax error.
The Cisco IOS version does not support disabling the command history buffer.
The command history can only be disabled on a router, not a switch.
The size parameter reset the default buffer size but did not disable access to the buffer.
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The switch is sending and receiving data frames.
The switch is not receiving BPDUs, but is sending and receiving data.
The switch is participating in the election process by forwarding the BPDUs it receives.
The switch is receiving BPDUs and populating the MAC address table, but not sending data.
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Only computer 4
Computer 3 and RTR-A
Computer 4 and RTR-A
Computer 1, computer 2, computer 4, and RTR-A
Computer 1, computer 2, computer 3, computer 4, and RTR-A
All of the computers and the router
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Data from VLAN 20 is not being routed.
Incoming traffic with VLAN ID 1 is processed by interface Fa0/0.
Incoming traffic that has a VLAN ID of 10 is processed by subinterface Fa0/0.1.
VLAN traffic is processed on the subinterfaces even if Fa0/0 line protocol goes down.
The router uses a unique MAC address on VLAN 10 and 20 by adding the 802.1Q VLAN ID to the hardware address.
Traffic inbound on this router is processed by different subinterfaces depending on the VLAN from which the traffic originated.
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Allow all VLANs on the trunk link.
Configure VLAN 100 as the native VLAN for SW1.
Configure the trunk port in trunk mode on SW1.
Attach the web server to a router and configure inter-VLAN routing.
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Configure the trunk port in a desirable mode on SW2.
Include VLAN 20 in the list of allowed VLANs on the trunk link on SW2.
Configure VLAN 1 to be the native VLAN for both networks on SW1 and SW2.
Remove VLAN 20 from the allowed VLANs on the trunk link on SW2, an action that will enable all VLANs on the trunk link.
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Wireless stations communicate with a single access point.
Wireless stations communicate directly with each other, without an access point.
Wireless stations communicate with multiple access points, each with the same SSID.
Wireless stations communicate with multiple access points, each with a different SSID.
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Change hostname
View active VLANs
Reinstall IOS image
Format flash file system
Show MAC address table
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The router will drop the packet.
The router will forward the packet out interface FastEthernet 0/1.1.
The router will forward the packet out interface FastEthernet 0/1.2.
The router will forward the packet out interface FastEthernet 0/1.3.
The router will forward the packet out interface FastEthernet 0/1.2 and interface FastEthernet 0/1.3.
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VLAN 30 will be added to S1, S2, and S3, but not to S4.
VLAN 30 will be pruned from the VLAN database of S3.
VLAN 30 will be added to the VLAN database of S3 but will not be propagated to S4, S2 or S1.
VLAN 30 will not be added to the VLAN database of S3 and an error message will be displayed.
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Port Fa0/8 is configured as a trunk with 802.1q encapsulation.
Port Fa0/8 is configured as a trunk in VLAN 1.
Port Fa0/8 is configured in access mode and associated with VLAN 1.
Port Fa0/8 is configured as a trunk and VLAN 1 is a native VLAN for the trunk.
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