packet switching
access layer security
path selection
VLAN membership assignment
bridging between LAN segments
microsegmentation of broadcast domains
第1题:
A.Routers facilitate communications within a broadcast domain.
B.Routers facilitate communications between broadcast domains.
C.Routers are used to break up broadcast domains into separate networks.
D.Routers are used to connect small broadcast domains and form larger more efficient broadcast domains
第2题:
A. Dedicated paths between sending and receiving hosts are established.
B. Multiple subnetwork broadcast addresses are created.
C. Multiple ARP tables are needed.
D. The decrease in the number of collision domains.
E. Broadcast domains are enhanced.
F. Additional bandwidth is used to connect hosts.
第3题:
A. Packet switching
B. Collision prevention on a LAN segment.
C. Packet filtering
D. Broadcast domain enlargement
E. Broadcast forwarding
F. Internetwork communication
第4题:
A.packet switching
B.access layer security
C.path selection
D.VLAN membership assignment
E.bridging between LAN segments
F.microsegmentation of broadcast domai
第5题:
What functions do routers perform in a network (Choose two.)()。
第6题:
What functions do routers perform in a network? (Choose two.)()
第7题:
The Company LAN is becoming saturated with broadcasts and multicast traffic. What could you do to help a network with many multicasts and broadcasts?()
第8题:
Which of the following is a layer 3 device that separates broadcast domains?()
第9题:
Creating smaller broadcast domains by implementing VLANs.
Separate nodes into different hubs.
Creating larger broadcast domains by implementing VLANs.
Separate nodes into different switches.
All of the above.
第10题:
packet switching
access layer security
path selection
VLAN membership assignment
bridging between LAN segments
microsegmentation of broadcast domai
第11题:
Packet Switching
Access Layer Security
Path Selection.
VLAN Membership Assignment.
Bridging between LAN segments.
Micro-segmentation of Broadcast Domains.
第12题:
Dedicated paths between sending and receiving hosts are established.
Multiple subnetwork broadcast addresses are created.
Multiple ARP tables are needed.
The decrease in the number of collision domains.
Broadcast domains are enhanced.
Additional bandwidth is used to connect hosts.
第13题:
Routers perform the decision process that selects what path a packet takes. These ( ) layer devices participate it the collection and distribution of network-layer information, and perform Layer 3 switching based on the contents of the network layer ( ) of each packet. You can connect the routers directly by point-to-point ( ) or local-area networks, or you can connect them by LAN or WAN switches. These Layer 2 switches unfortunately do not have the capability to hold Layer 3 ( ) information or to select the path taken by a packet through analysis of its Layer 3 destination address. Thus, Layer 2 switches be involved in the Layer 3 packet ( ) decision process.
A.application B. network C.physical D.link A.header B.connection C.protocol D.data A.medium B.links C.switches D.carriers A.network B.links C.protocol D.routing A.switching B.processing C.forwarding D.connecting
第14题:
A. The number of broadcast domains will be decreased.
B. It will make the broadcasting of traffic between domains more efficient between segments.
C. It will increase the number of collisions.
D. It will prevent segment 1‘s broadcasts from getting to segment 2.
E. It will connect segment 1‘s broadcasts to segment 2.
第15题:
A. packet switching
B. access layer security
C. path selection
D. VLAN membership assignment
E. bridging between LAN segments
F. microsegmentation of broadcast domains
第16题:
Routers perform which of the following functions?()
第17题:
What functions do routers perform in a network?()
第18题:
Which two statements accurately describe a broadcast domain?()
第19题:
What functions do routers perform in a network?()
第20题:
Which two statements best describes the role of a router on a broadcast domain?()
第21题:
packet switching
access layer security
path selection
VLAN membership assignment
bridging between LAN segments
microsegmentation of broadcast domains
第22题:
Packet switching
Collision prevention on a LAN segment.
Packet filtering
Broadcast domain enlargement
Broadcast forwarding
Internetwork communication
第23题:
packet switching
access layer security
path selection
VLAN membership assignment
bridging between LAN segments
microsegmentation of broadcast domains
第24题:
The number of broadcast domains will be decreased.
It will make the broadcasting of traffic between domains more efficient between segments.
It will increase the number of collisions.
It will prevent segment 1's broadcasts from getting to segment 2.
It will connect segment 1's broadcasts to segment 2.