Which of following VLAN frame encapsulation types are configurable on a Cisco switch?（）

A . VTP allows routing between VLANs. B . VTP allows a single switch port to carry information to more than one VLAN. C . VTP allows physically redundant links while preventing switching loops. D . VTP simplifies switch administration by allowing switches to automatically share VLAN configuration information. E . VTP helps to limit configuration errors by keeping VLAN naming consistent across the VTP domain. F . VTP enhances security by preventing unauthorized hosts from connecting to the VTP domain.

A . Configuration revision number B . Configuration revision flag field C . Configuration revision reset switch D . Configuration revision database E . None of the other alternatives apply

A . They increase the size of collision domains. B . They allow logical grouping of users by function. C . They can enhance network security, D . The increase the size of broadcast domains while decreasing the number of the broadcast domains. E . The increase the number of broadcast domains while decreasing the size of the broadcast domains. F . They simplify switch administration.

A . VTP allows routing between VLANs. B . VTP allows a single switch port to carry information to more than one VLAN. C . VTP allows physically redundant links while preventing switching loops. D . VTP simplifies switch administration by allowing switches to automatically share VLAN configuration information. E . VTP helps to limit configuration errors by keeping VLAN naming consistent across the VTP domain. F . VTP enhances security by preventing unauthorized hosts from connecting to the VTP domain.

A . A new switch has no VLANs configured. B . Connectivity between VLANs requires a Layer 3 device. C . VLANs typically decrease the number of collision domains. D . Each VLAN uses a separate address space. E . A switch maintains a separate bridging table for each VLAN. F . VLANs cannot span multiple switches.

A . between the radius and the access point B . between the client’s vlan and the wlse C . between the native vlan and the wlse D . between the client’s vlan and the radiu

A .  802.1q tunneling B .  ATM C .  SDH D .  IP Over Optical Networking E .  ISL

A . Phone+Desktop B . Desktop C . Switch D . Router E . Trunk

A . VTP B . ISL C . CDP D . 802.1Q E . 802.1p F . LLC

A .  IEEE 802.1d （STP） B .  IEEE 802.1s （MST） C .  IEEE 802.1Q （CST） D .  IEEE 802.1w （RSTP）

A . Blocking B . Auto C . Desirable D . On E . Transparent F . Learning

A . The VLAN must be created B . The VLAN must be named C . An IP address and subnet mask must be configured for the new VLAN D . The desired ports must be added to the new VLAN E . The VLAN must be added to the existing VTP Domai

A .  Implicit deny feature at end of list. B .  Implicit deny feature at start of list. C .  Implicit forward feature at end of list D .  Implicit forward feature at start of list.

A . between the RADIUS and the access point B . between the client’s VLAN and the WLSE C . between the native VLAN and the WLSE D . between the client’s VLAN and the RADIUS

A . The TESTKING VLAN must be created. B . The desired ports must be added to the new TESTKING VLAN. C . The TESTKING VLAN must be added to all of the domains. D . The TESTKING VLAN must be named. E . An IP address must be configured for the TESTKING VLAN. F . None of the above. VLAN creations are automatic.

A . VLAN membership of a user always remains the same even when he/she is moved to another  location. B . VLAN membership of a user always changes when he/she is moved to another location. C . Membership can be static or dynamic. D . Membership can be static only. E . None of the other alternatives apply.

A . access point ethernet port set to ssl trunking B . switchport set to 802.1q trunking C . switchport set to ssl trunking D . access point ethernet port not set to 802.1q trunking

A . Configure a dynamic routing protocol. B . Configure SVI interfaces with IP addresses and subnet masks. C . Configure switch ports with network addresses. D . Configure switch ports with the autostate exclude command. E . Document the MAC addresses of the switch ports.

A . Create the VLAN. B . Name the VLAN. C . Configure an IP address for the VLAN. D . Add the desired ports to the new VLAN. E . Add the VLAN to the VTP domain.

A . VTP B . STP C . ISL D . 802.1Q E . VLSM

A . network management B . improving QoS C . determining budget D . reducing costs E . increasing competitiveness F . improving customer support

A . access point Ethernet port set to SSL trunking B . switchport set to 802.1q trunking C . switchport set to SSL trunking D . access point Ethernet port not set to 802.1q trunking

A . STP B . VTP C . EIGRP D . SNMP E . CDP F . None of the above

A.A MCC monitoring vlan and IP on all devices throughout the network can be exported to a file for backup. B.A PTN device on which mcc vlan and ip have problems can use service encapsulation ip to log into another PTN device remotely in the network. C.Service encapsulation vlan and ip will not be added into packet header when service packets are being forwarded in PTN network. D.T31 system does not support creation of vlan with 3001 or above.