Cisco 352-011 Online Practice Questions and Exam Preparation

Cisco 352-011 Online Questions & Answers

• Question 181:

  Which feature or technology that affects the operations of IPsec should be taken into account when designing an IPsec network using Authentication header?

  A. TCP MSS adjustment
  B. Certificate-based authentication
  C. Transform set
  D. NAT
  D. NAT

• Question 182:

  A Mobile Service Provider would like to design and deploy an Ethernet service which has similar physical link failover/failback characteristics on the active/backup links as the APS/MSP SONET properties. Which Layer 2 service addresses should be considered to address this design feature?

  A. Port-Channel
  B. MLPPP
  C. Flex Link
  D. Ethernet Pseudowire
  C. Flex Link

• Question 183:

  You are designing a WAN network solution with EIGRP based on VPLS. The interface speed is 10Mb/s, but the access rate of the WAN connection is 256 Kb/s. What should you include in the network design, in order to avoid potential issues with EIGRP?

  A. Limit EIGRP traffic to the access rate with a policer.
  B. Tag outbound EIGRP traffic and have the WAN provider add it to the priority queue.
  C. Limit traffic to the access rate with interface traffic shaping.
  D. Set the interface bandwidth to match the access rate.
  D. Set the interface bandwidth to match the access rate.

• Question 184:

  Refer to the Exhibit.

  

  The server is running multiple VLANs on its NIC. Which two Layer 2 features should be applied to the network location identified by a circle? (Choose two)

  A. UDLD
  B. BPDU guard
  C. BPDU filtering
  D. Port Fast
  E. Loop guard
  F. PortFast trunk
  B. BPDU guard
  F. PortFast trunk

• Question 185:

  Refer to the Exhibit.

  

  In which three Layers should you use nonstop Forwarding to reduce service impact in case of failure? (Choose three)

  A. Enterprise Edge
  B. Enterprise Core
  C. Service provider Edge
  D. Dual-attached sever Layer
  E. Enterprise Non-Routed Access Layer
  F. Enterprise Non-Routed Distribution Layer.
  A. Enterprise Edge
  B. Enterprise Core
  C. Service provider Edge

• Question 186:

  Which solution prevents microloops from be formed during network convergence time?

  A. RSVP-TE
  B. LFA
  C. Prefix suppression
  D. RLFA
  D. RLFA

• Question 187:

  Refer the exhibit.

  

  You have designed a IPv6 migration plan, and now you need to determine the impact on the existing IPv4 network. Which is likely to happen when you enable IPv6 routing on the link between R3 and R2, starting at R3?

  A. R3 advertises the link from R3-R2 to R1, R4 and R5 only.
  B. R2 receives an IPv6 default route from R3.
  C. Only R3 and R2 have IPv4 and IPv6 reachability.
  D. Loopback reachability between all routers for IPv4 is lost.
  E. All routers except R2 are reachable through IPv4.
  D. Loopback reachability between all routers for IPv4 is lost.

• Question 188:

  Which mechanism provides fast path failure detection?

  A. Non-Stop Forwarding
  B. Carrier delay
  C. Graceful restart
  D. UDLD
  E. Fast hello packets
  F. iSPF
  E. Fast hello packets

• Question 189:

  You are performing a BGP design review for a service provider that offers MPLS-based services to their end customers. The network is comprised of several PE routers that run iBGP with a pair of route reflectors for all BGP address families. Which two options about the use of Constrained Route Distribution for BGP/MPLS VPNs are true? (Choose two.)

  A. The RRs do not need to advertise any route target filter toward the PE routers
  B. The RR must advertise the default route target filter toward the PE routers
  C. Both PE and RR routers must support this feature
  D. This feature must be enabled on all devices in the network at the same time
  E. Route distinguishers are used to constrain routing updates
  B. The RR must advertise the default route target filter toward the PE routers
  C. Both PE and RR routers must support this feature

• Question 190:

  Refer to the exhibit.

  

  A customer currently has a large EIGRP-based network with several remote sites attached. All remote sites connect to the two corporate data centers, depicted as 10.1.1.0 and 10.1.2.0. The customer has experienced several network-wide failures where neighbors were stuck-in-active and had other network stability issues due to some links flapping. Which two redesign options increase stability and reduce the load on the remote site routers, still maintaining optimal routing between remote sites and the two data centers? (Choose two)

  A. Set the data center routers as stub-routers
  B. Perform summarization at the data centers, selectively leaking routes sent to the remote sites
  C. Perform summarization at the remote sites, selectively leaking routes sent to the data centers
  D. Set the hello interval timer to be larger than the hold interval
  E. Increase the hold interval to accommodate lost hello packets on error-prone links
  A. Set the data center routers as stub-routers
  B. Perform summarization at the data centers, selectively leaking routes sent to the remote sites