- A.Buffering
- B.Cut-through
- C.Windowing
- D.Congestion avoidance
- E.Load balancing
- A.ARP
- B.CDP
- C.DHCP
- D.DNS
- E.ICMP
- A.Host 1 on VLAN 1 can ping Host 2 on VLAN 1
- B.Host 1 on VLAN 1 can ping Host 4 on VLAN 2
- C.Host 1 on VLAN 1 can not ping Host 2 on VLAN 1
- D.Host 4 on VLAN 2 can not ping Host 1 on VLAN 1
- E.Host 4 on VLAN 2 can ping Host 2 on VLAN 2
- A.You must set each end of the trunk line to IEEE 802.1e encapsulation.
- B.You must set the same VTP management domain name on both switches.
- C.You must set all ports on the two switches as access ports.
- D.You must configure one of the switches as a VTP server.
- E.You must use a rollover cable to connect the two switches.
- A.4 networks and 64 hosts
- B.64 networks and 4 hosts
- C.4 networks and 62 hosts
- D.62 networks and 2 hosts
- E.6 network and 30 hosts
- A.255.255.0.0
- B.255.255.224.0
- C.255.255.254.0
- D.255.255.255.0
- E.255.255.255.224
- A.The keyword overload is missing from the command.
- B.The NAT pool must be defined first.
- C.An access list must be defined to create static NAT translations.
- D.The interfaces must be configured for NAT.
- E.None of the above
- 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.
- A.It designates VLAN 998 as the default for all unknown tagged traffic
- B.It designates VLAN 998 for untagged traffic
- C.It blocks VLAN 998 traffic from passing on the trunk
- D.It creates a VLAN 998 interface
- E.None of the above
- A.Rollover cable
- B.Console cable
- C.Crossover cable
- D.Straight-through cable
- E.Serial cable