Question 1

Refer to the exhibit. A network engineer wants to monitor traffic from the application server and send the output to the external monitoring device at 172.16.20.5. Application server traffic should pass through the R1 Eth2/1 interface for further analysis after it is monitored. Which configuration must be applied on the R1 router?

Options :

A : Configure the FLOW-MONITOR-20 command.

B : Configure the flow exporter EXPORTER-10 destination 192.168.20.4 command.

C : Configure the ip flow monitor FLOW-MONITOR-10 input command on the Ethernet1/0 interface.

D : Configure the ip flow monitor FLOW-MONITOR-10 output command on the Ethernet 2/1 interface.

Answer: C

Question 2

Refer to the exhibit. A network engineer is implementing multicast Source-A to send a multicast stream for Receiver-A, and multicast Source-B to send a multicast stream for Receiver-B. Router RC forwards the IGMP host a report and leaves messages to IP address 192.168.10.1. How must the multicast features be implemented to prevent RB from receiving multicast flooding from Source-A?

Options :

A : Change the helper-address value to 192.168.10.2 on RC.

B : Enable ip pim neighbor-filter on RC interface Ge0/0.

C : Configure PIM-SSM on RB and RC interface Ge 0/0.

D : Enable ip pim passive on RB interface Ge0/0.

Answer: D

Question 3

Which type of attack is an application attack?

Options :

A : ping of death

B : ICMP (ping) flood

C : HTTP flood

D : SYN flood

Answer: C

Question 4

Refer to the exhibit:

What is significant about the number 2 in the configuration?

Options :

A : It is the numeric name of the ACL that contains the list of SNMP managers with access to the agent

B : It dictates the number of sessions that can be open with the SNMP manager

C : It indicates two SNMP managers can read and write with the agent using community string cisco test

D : It represents the version of SNMP running

Answer: A

Question 5

Refer to the exhibit. Router R1 is configured with class map CE with match Ip precedence critical to align

with customer contract SLAs. The customer is sending all traffic from CE1 toward the FTP server with IP

precedence 5 A network engineer must allow 10% of interface capacity on router R3 Which two actions must

the engineer take to accomplish the task? (Choose two )

Options :

A : lmptem4Dt4M$§ map on R1 to match all packets with QoS IP precedence value 100.

B : Implement a class map on R3 to match all packets with QoS IP precedence value 101.

C : Apply a policy map to R1 to reserve the remaining 10% of interface bandwidth.

D : Apply a policy map to R3 to reserve 10% of interface bandwidth.

E : Implement a class map on R3 to match all packets with QoS IP precedence.

Answer: C,D

Free 350-501 Mock Exam – Practice Online Confidently

Buying Options: