Cisco 352-001 Online Practice Questions and Exam Preparation

Cisco 352-001 Online Questions & Answers

• Question 261:

  Which tool enables a network designer to route traffic based on the source IP address?

  A. source routing
  B. MPLS Layer 3 VPNs
  C. policy-based routing
  D. unicast Reverse Path Forwarding
  C. policy-based routing

• Question 262:

  Which two mechanisms can anycast RPs use to share multicast state information with other RPs? (Choose two.)

  A. MSDP
  B. PIM anycast RP sets
  C. IGMPv3
  D. MLD
  E. static mroutes
  A. MSDP
  B. PIM anycast RP sets

• Question 263:

  Which three tasks are common network management practices? (Choose three.)

  A. Ensure that all network devices have their clocks synchronized.
  B. Collect SNMP poll information for future regression analysis.
  C. Capture both ingress and egress flow-based packets, while avoiding duplication of flows.
  D. Look at average counters instead of instantaneous counters for inconsistent and bursty KPIs, such as CPU utilization and interface utilization.
  E. Validate data plane health, and application and services availability, with synthetic traffic.
  A. Ensure that all network devices have their clocks synchronized.
  D. Look at average counters instead of instantaneous counters for inconsistent and bursty KPIs, such as CPU utilization and interface utilization.
  E. Validate data plane health, and application and services availability, with synthetic traffic.

• Question 264:

  You are designing the QoS features for a large enterprise network that includes DMVPN. When would you need to configure QoS preclassify?

  A. when you are marking packets with the DSCP bits
  B. when you are marking packets with the TOS bits
  C. when your service provider requires the DSCP bits be set
  D. when the QoS policy cannot be based on DSCP ToS bits
  D. when the QoS policy cannot be based on DSCP ToS bits

• Question 265:

  Which two options must be part of your network design to support dynamic mutual redistribution between multiple OSPFv2 and IS-IS boundaries, to avoid suboptimal routing? (Choose two)

  A. Matching OSPF external routes
  B. Route aggregation
  C. Route tagging
  D. Route filtering
  E. Disabling IS-IS wide metrics
  C. Route tagging
  D. Route filtering

• Question 266:

  Refer to the exhibit.

  

  All routers in this network are configured to place all interfaces in OSPF area 5. R3 is the designated router on the 10.1.5.0/24 network. If you examine the OSPF database on R4, what would the network (type 2) LSA, generated by R3, contain?

  A. a connection to 10.1.5.0/24 and links to R3, R2, and R1
  B. a connection to 10.1.5.0/24 and links to R2 and R1
  C. connections to 10.1.5.0/24 and 10.1.1.0/31
  D. no connections, R3 does not generate a network (type 2) LSA in this network
  A. a connection to 10.1.5.0/24 and links to R3, R2, and R1

• Question 267:

  A mobile service provider wants to design and deploy an Ethernet service with similar physical link failover/failback characteristics on the active/backup links as APS/MSP SONET. Which Layer 2 service addresses this design requirement?

  A. Ethernet Pseudowires
  B. FlexLink
  C. MLPPP
  D. Port-Channel
  B. FlexLink

• Question 268:

  Which MPLS attribute is required for links to carry a given MPLSTE tunnel?

  A. TE tunnel destination address
  B. Tunnel path-selection metric
  C. Affinity
  D. Next-hop backup tunnel
  A. TE tunnel destination address

• Question 269:

  Which item will be attacked by a DoS attack?

  A. Correlation
  B. Availability
  C. Integrity
  D. Confidentiality
  B. Availability

• Question 270:

  How can a network designer reduce the amount of LSA flooding occurring in a large, single area fully-meshed OSPF topology?

  A. Implemented passive OSPF interfaces on the routers not participating on the DR/BDR election.
  B. Use access control lists to control outbound advertisements.
  C. Ensure DR and BDR routers are placed optimally in the topology.
  D. Place all point-to-point links in their own dedicated areas.
  C. Ensure DR and BDR routers are placed optimally in the topology.