What are some family types revealed in the clip？

A . AFI is 2， SAFI is 96 B . AFI is 1， SAFI is 98 C . AFI is 1， SAFI is 64 D . AFI is 1， SAFI is 128 E . AFI is 2， SAFI is 128 F . AFI is 2， SAFI is 64

A .  provides advanced security such as hardware encryption acceleration B .  provides investment protection through increased modularity C .  comes equipped with at least one 1000-based TX interlace D .  contains integrated wireless access using the 802.11 g/b standard E .  contains integrated web-based management tools for easy configuration and maintenance

A . It confines network instability to a single area of network. B . It increases the routing overhead of the network C . It supports VLSM D . It routes between Autonomous Systems. E . It allows extensive control of routing updates F . None of the above

A . Oil Rig chain and Oil Field Stud Link chain B . Flash-butt welded chain and Di-Lok chain C . Flash-butt welded chain and Oil Rig chain D . Oil Field Stud Link chain and Flash-butt welded chai

A . Phosphorous B . Safety C . Self-extinguishing D . Woode

A . End-to-end VLANs are easy to manage. B . Users are grouped into VLANs independent of a physical location. C . Each VLAN has a common set of security and resource requirements for all members. D . Resources are restricted to a single location.

A . Ethernet B . PPP C . Token Ring D . HDLC E . Frame Relay F . POTS

A . VLANs logically divide a switch into multiple, independent switches at Layer 2. B . Trunk links can carry traffic for multiple VLANs. C . VLAN implementation significantly increases traffic due to added trunking information. D . A VLAN can span multiple switches. E . VLANs typically increase the number of switches needed F . VLANs typically decrease the number of switches needed

A . timing B . queuing C . differential D . serialization E . packetization F . propagatio

A . Fibre Channel and SAS  B . Fibre Channel and iSCSI  C . Fibre Channel, iSCSI and SAS  D . Fibre Channel, iSCSI and InfiniBand&e

A .  Shared Distributed Destinations （SDD） B .  Uniform Distributed Destinations （UDD） C .  Weighted Distributed Destinations （WDD） D .  Bounced Distributed Destinations （BDD）

A . VLANs logically divide a switch into multiple, independent switches at Layer 2. B . Trunk links can carry traffic for multiple VLANs. C . VLAN implementation significantly increases traffic due to added trunking information. D . A VLAN can span multiple switches. E . VLANs extend the collision domain to include multiple switches. F . VLANs typically decrease the number of multiple switches.

A . You should place standard ACLS as close as possible to the source of traffic to be denied. B . You should place extended ACLS as close as possible to the source of traffic to be denied. C . You should place standard ACLS as close as possible to the destination of traffic to be denied. D . You should place extended ACLS should be places as close as possible to the destination of traffic to be denied.

A、U-shape B、 Classroom-type C、Theater-type D、Hollow-shape

A、Questions on Analysis and Reasoning B、Questions on Causality C、Questions on Comparison D、Questions on Identity and Relationship

A、Hyde Park B、Buckingham Palace C、The Statue of Liberty D、No. 10 Down Street

A. VLANs logically divide a switch into multiple, independent switches at Layer 2. B. Trunk links can carry traffic for multiple VLANs. C. VLAN implementation significantly increases traffic due to added trunking information. D. A VLAN can span multiple switches. E. VLANs typically increase the number of switches needed F. VLANs typically decrease the number of switches needed