Switches are used in networking to be able to act as a control center for the network administrator or to limit or inter-connect computers. Assess your knowledge on the subject by taking this quiz. All the best.
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VLAN tagging using 802.1Q protocol
VLAN tagging using 802.1p protocol
VLAN multiplexing
VLAN set as native VLAN
The switchport nonegotiate command must be configd for trunks that use DTP
Port security cannot be configd on the trunk interfaces
The native VLAN must be the same on both ends of the trunk
Trunk ports can only be configd on teh GigabitEthernet ports
Different encapsulations types can be configd on both ends of the trunk link
The ports are inactive
The ports are administratively disable
The ports will become trunks to carry data from all remaining VLANs
The ports will remain part of the Marketing VLAN until reassigned to another VLAN
The ports were released from the Marketing VLAN and automatically reassigned to VLAN1
Host A
Host B
Host A and B
Host B and D
Host A, B, and D
Each port is associated with a specific VLAN.
Manual config for port assignments required.
Ports work out their own config
Less Admin overhead when users are moved.
Requires admin interaction when users move.
Config based on database
Less Admin overhead when users are moved.
Requires admin interaction when users move.
Manual config for port assignments required.
Each port is associated with a specific VLAN.
Config based on database
Ports work out their own config
Contains reserved VLANs for Token Ring and FDDI
All ports are a member by default
Default management VLAN
Not learned by VTP
1-1005
1006-4094
1006-4094
Default management VLAN
1-1005
Contains reserved VLANs for Token Ring and FDDI
Not learned by VTP
All ports are a member by default
All ports are a member by default
Contains reserved VLANs for Token Ring and FDDI
1-1005
Default management VLAN
1006-4094
Not learned by VTP
Switch SW 1 floods the msg from host A to all hosts attached to SW1
Switch SW 1 floods the msg from host A to all hosts attached to both switches
Switch SW 1 tags the frame with VLAN ID 10 and floods the frame to all hosts on switch SW 2.
Switch SW 1 tags the frame with VLAN ID 10 and floods the frame to all hosts on switch SW 2 that are members of VLAN 10.
Host 1 can ping Host 2
Host 1 cannot ping Host 2
Host 1 can ping Host 3
Host 1 cannot ping Host
Host 2 can ping Host 3
Host 2 cannot ping Host 2
Show vlan id
Show vlan
Show vlan brief
Show interface f0/1 switchport
Show interface 0/1