What is the result of setting GLBP weighting at 105 with lower threshold 90 and upper threshold 100 on this ro
Refer to the exhibit. What is the result of setting GLBP weighting at 105 with lower threshold 90 and upper threshold 100 on this router?
When the interface serial0/0/1 on router R1 goes down, how is the traffic coming from Host1 handled?
Refer to the exhibit. GLBP has been configured on the network. When the interface serial0/0/1 on router R1 goes down, how is the traffic coming from Host1 handled?
What is this configuration an example of?
Refer to the exhibit. What is this configuration an example of?
What will happen to the traffic within VLAN 14 with a source address of 172.16.10.5?
Refer to the exhibit. What will happen to the traffic within VLAN 14 with a source address of 172.16.10.5?
What should be done to fix the problem?
Refer to the exhibit and the show interfaces fastethernet0/1 switchport outputs. Users in VLAN 5 on switch SW_A complain that they do not have connectivity to the users in VLAN 5 on switch SW_B. What should be done to fix the problem?
Which router will assume the active role when Link A becomes operational again?
Refer to the exhibit. HSRP has been configured and Link A is the primary route to router R4. When Link A fails, router R2 (Link B) becomes the active router. Which router will assume the active role when Link A becomes operational again?"
Which statement can be derived from the exhibit?
Refer to the exhibit. The Gateway Load Balancing Protocol has been configured on routers R1 and R2, and hosts A and B have been configured as shown. Which statement can be derived from the exhibit?
which statement is true about an attempt to ping from host to host?
Refer to the exhibit. Both host stations are part of the same subnet but are in different VLANs. On the basis of the information presented in the exhibit, which statement is true about an attempt to ping from host to host?
which configuration solution could rectify the problem?
Refer to the exhibit. VLAN2, VLAN3, and VLAN10 are configured on the switch D-SW1. Host computers are on VLAN 2 (10.1.2.0), servers are on VLAN 3 (10.1.3.0), and the management VLAN is on VLAN10 (10.1.10.0). Hosts are able to ping each other but are unable to reach the servers. On the basis of the exhibited output, which configuration solution could rectify the problem?
What would the outcome be if Host_B initiated an ARP spoof attack toward Host_A?
Refer to the exhibit. Dynamic ARP inspection (DAI) is enabled on switch SW_A only. Both Host_A and Host_B acquire their IP addresses from the DHCP server connected to switch SW_A. What would the outcome be if Host_B initiated an ARP spoof attack toward Host_A?