Cisco 200-125 Online Practice Questions and Exam Preparation

Cisco 200-125 Online Questions & Answers

• Question 261:

  Which two statements about configuring an Ether Channel on a Cisco switch are true?(Choose two)

  A. The interfaces configured in the Ether Channel must have the same STP port path cost.
  B. The interfaces configured in the Ether Channel must be on the same physical switch.
  C. An Ether Channel can operate in Layer 2 mode only.
  D. The interfaces configured in the Ether Channel must operate at the same speed and duplex mode.
  E. The interfaces configured in the Ether Channel must be part of the same VLAN or trunk.
  B. The interfaces configured in the Ether Channel must be on the same physical switch.
  D. The interfaces configured in the Ether Channel must operate at the same speed and duplex mode.

• Question 262:

  How does NAT overloading provide one-to-many address translation?

  A. it uses a pool of addresses.
  B. it converts IPv4 addresses to unused IPv6 addresses.
  C. it assigns a unique TCP/UDP port to each session.
  D. it uses virtual MAC address and virtual IP addresses.
  C. it assigns a unique TCP/UDP port to each session.

• Question 263:

  Refer to the exhibit.Which two events occur on the interface,if packets from an unknown Source address arrive after the interface learns the maximum number of secure MAC address?(choose two) A. The security violation counter dose not increment

  

  B. The port LED turns off
  C. The interface is error-disabled
  D. A syslog message is generated
  E. The interface drops traffic from unknown MAC address
  E. The interface drops traffic from unknown MAC address

• Question 264:

  Which two statements about IPv6 and routing protocols are true? (Choose two.)

  A. Link-local addresses are used to form routing adjacencies.
  B. OSPFv3 was developed to support IPv6 routing.
  C. EIGRP, OSPF, and BGP are the only routing protocols that support IPv6.
  D. Loopback addresses are used to form routing adjacencies.
  E. EIGRPv3 was developed to support IPv6 routing.
  A. Link-local addresses are used to form routing adjacencies.
  B. OSPFv3 was developed to support IPv6 routing.

• Question 265:

  Which command must be present in a Cisco device configuration to enable the device to resolve an FQDN?

  A. ip domain-name
  B. ip host
  C. ip domain-lookup
  D. ip name-server
  C. ip domain-lookup

• Question 266:

  Which feature or protocol is required for an IP SLA to measure UDP jitter?

  A. LLDP
  B. NTP
  C. EEM
  D. CDP
  B. NTP

• Question 267:

  Host is able to ping a web server but it is not able to do HTTP request.

  A. ACL blocking port 23
  B. ACL blocking All ports
  C. ACL blocking port 80
  D. ACL blocking port 443
  E. None of the above
  C. ACL blocking port 80

• Question 268:

  Which APIC-EM tool allows an administrator to verify ACLs throughout the network?

  A. Cisco Intelligent WAN application
  B. traceroute
  C. Network Topology
  D. Path Trace
  D. Path Trace

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  Explanation: One of the most important features of the APIC-EM controller is the capability to manage policies across the entire network. APIC-EM ACL Analysis and Path Trace provide tools to allow the administrator to analyze and understand ACL policies and configurations. Administrators are hesitant to change ACLs, for fear of breaking them and causing new problems. Together, ACL Analysis and Path Trace enable the administrator to easily visualize traffic flows and discover any conflicting, duplicate, or shadowed ACL entries.

• Question 269:

  Which two statements correctly describe RADIUS?(Choose two)

  A. It separates authentication, authorization, and accounting functions
  B. It uses TCP as its transport protocol
  C. It encrypts only the password
  D. It combines authentication and authorization
  E. I can authorize specific router commands
  C. It encrypts only the password
  D. It combines authentication and authorization

• Question 270:

  Which IP address can send traffic to all hosts on network 10.101.0.0/16?

  A. 10.101.0.1
  B. 10.101.254.254
  C. 10.101.255.255
  D. 224.0.0.1
  C. 10.101.255.255