Drag the items to the proper locations.
DRAG DROP
This is a drag and drop question which is about the correct sequence of steps that a wireless client
takes during the process of association with an access point (AP). Drag the items to the proper locations.
What is the most likely cause of this problem?
A campus infrastructure supports wireless clients via Cisco Aironet AG Series 1230, 1240, and
1250 access points. With DNS and DHCP configured, the 1230 and 1240 access points appear to
boot and operate normally. However, the 1250 access points do not seem to operate correctly.
What is the most likely cause of this problem?
where are the two optimal locations for trust boundaries to be configured by the network administrator?
A network is deployed using recommended practices of the enterprise campus network model,
including users with desktop computers connected via IP phones. Given that all components are
QoS-capable, where are the two optimal locations for trust boundaries to be configured by the
network administrator? (Choose two.)
Put the highest priority at top and the lowest priority at the bottom.
DRAG DROP
Prioritize the traffic types by dragging them from the left to the appropriate Cisco priority level on the right. Put the highest priority at top and the lowest priority at the bottom.
Which statement is true?
Refer to the exhibit.
Assume that Switch_A is active for the standby group and the standby device has only the default
HSRP configuration. Which statement is true?
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 should be changed in the configuration to fix the problem?
Refer to the exhibit and the partial configuration on routers R1 and R2.
HSRP is configured on the network to provide network redundancy for the IP traffic. The network
administrator noticed that R2 does not become active when the R1 serial0 interface goes down.
What should be changed in the configuration to fix the problem?
Which statement about this command is true?
The following command was issued on a router that is being configured as the active HSRP
router.
standby ip 10.2.1.1
Which statement about this command is true?
What is the most likely cause of this status?
hostname Switch1
interface Vlan10
ip address 172.16.10.32 255.255.255.0
no ip redirects
standby 1 ip 172.16.10.110
standby 1 timers msec 200 msec 700
standby 1 preempt
hostname Switch2
interface Vlan10
ip address 172.16.10.33 255.255.255.0
no ip redirects
standby 1 ip 172.16.10.110
standby 1 timers msec 200 msec 750
standby 1 priority 110
standby 1 preempt
hostname Switch3
interface Vlan10
ip address 172.16.10.34 255.255.255.0
no ip redirects
standby 1 ip 172.16.10.110
standby 1 timers msec 200 msec 750
standby 1 priority 150
standby 1 preempt
Refer to the above. Three switches are configured for HSRP.
Switch1 remains in the HSRP listen state. What is the most likely cause of this status?
What conclusion can you infer from this information?
Three Cisco Catalyst switches have been configured with a first-hop redundancy protocol. While
reviewing some show commands, debug output, and the syslog, you discover the following
information:
Jan 9 08:00:42.623: %STANDBY-6-STATECHANGF. Standby: 49:
Vlan149 state Standby -> Active
Jan 9 08:00:56.011: %STANDBY-6-STATECHANGF. Standby: 49:
Vlan149 state Active -> Speak
Jan 9 08:01:03.011: %STANDBY-6-STATECHANGF. Standby: 49:
Vlan149 state Speak -> Standby
Jan 9 08:01:29.427: %STANDBY-6-STATECHANGF. Standby: 49:
Vlan149 state Standby -> Active
Jan 9 08:01:36.808: %STANDBY-6-STATECHANGF. Standby: 49:
Vlan149 state Active -> Speak
Jan 9 08:01:43.808: %STANDBY-6-STATECHANGF. Standby: 49:
Vlan149 state Speak -> Standby
What conclusion can you infer from this information?