Cisco 352-001 Online Practice Questions and Exam Preparation

Cisco 352-001 Online Questions & Answers

• Question 401:

  Which routing protocol supports unequal cost, multipath load balancing?

  A. RIPv2
  B. EIGRP
  C. OSPFv3
  D. IS-IS
  B. EIGRP

• Question 402:

  An operations engineer asks for your help with a new switching deployment. The engineer confirms that STP is enabled on an edge switch, and a particular port is connected to another switch. The switch is not receiving configuration BPDUs,

  although it appears that everything is functioning correctly in the network.

  What is the design explanation?

  A. Bridge Assurance is enabled on the port
  B. Storm control broadcast is enabled on the port
  C. REP is enabled on the port
  D. BPDU Guard is enabled on the port
  C. REP is enabled on the port

• Question 403:

  What is a key design aspect to be considered when designing an IP network that will be carrying real-time VoIP traffic?

  A. Minimizing total bidirectional end-to-end delay to 0-150 ms
  B. Minimizing total unidirectional end-to-end delay to 150-500 ms
  C. Minimizing total bidirectional end-to-end delay to 0-50 ms
  D. Minimizing total unidirectional end-to-end delay to 0-150 ms
  D. Minimizing total unidirectional end-to-end delay to 0-150 ms

• Question 404:

  Refer to the exhibit.

  

  All routers in this network are configured to run OSPF on all interfaces. If you examine the OSPF database on R4, in which LSA will you find 10.1.5.0/24?

  A. 10.1.5.0/24 is in a network (type 2) LSA originated by R3.
  B. 10.1.5.0/24 is in a summary (type 3) LSA originated by R3.
  C. 10.1.5.0/24 is not in any LSA in the OSPF database at R4, because R4 and R3 are in different areas.
  D. 10.1.5.0/24 is in a router (type 1) LSA generated by R3.
  B. 10.1.5.0/24 is in a summary (type 3) LSA originated by R3.

• Question 405:

  Refer to the exhibit.

  

  The network administrator of a large-scale EIGRP network has found that one hub- andspoke topology in the network is incurring a lot of link flaps. While several attempts have been made to reduce the number of link flaps, it does not appear that the stability of the hub-and-spoke topology can be improved.

  The reason for this is that most failures seem to result from power outages in a number of locations. Which course of action should the network administrator follow?

  A. switch routing protocols to OSPF, then create area boundaries to reduce the size of fault domains
  B. summarize the routes advertised into the core of the network to reduce the impact of these frequent failures
  C. demand that uninterruptible power supplies be installed at every point in the network to prevent future outages
  D. switch routing protocols to IS-IS, which handles large neighbor counts better and supports Partial SPF by default
  B. summarize the routes advertised into the core of the network to reduce the impact of these frequent failures

• Question 406:

  Which three network management requirements are common practices in network design? (Choose three)

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

• Question 407:

  You are creating a network design that will influence the traffic path across the MPLS core on a virtual private LAN. Which parameter is included in your design to manage the traffic?

  A. Deploy MPLS traffic engineering and modify the path using the preferred path.
  B. Deploy MPLS traffic engineering and modify the path using auto-route, static routing, or PBR.
  C. Create an MPLS traffic engineering tunnel and modify the path using a static route.
  D. Create an MPLS traffic engineering tunnel and modify the path using auto-route announce.
  A. Deploy MPLS traffic engineering and modify the path using the preferred path.

• Question 408:

  Which technique can you use to detect forwarding path failures at a uniform rate, and reconvergence times will be consistent and predictable when your routers are in the same broadcast domain?

  A. Enable BFD on your routers.
  B. Configure your routers with IP-SLA to ping the peer router.
  C. Configure your routers with IP-SLA and track to ping the peer and switch to a default route if the pings fail.
  D. Tune your routing protocol timers.
  A. Enable BFD on your routers.

• Question 409:

  Which two techniques are used in a network design to slow down the distribution of topology information caused by a rapidly flapping link? (Choose two.)

  A. Bidirectional Forwarding Detection
  B. IP event dampening
  C. link-state incremental SPF
  D. link-state partial SPF
  E. LSA throttling
  F. SPF throttling
  B. IP event dampening
  E. LSA throttling

• Question 410:

  To meet specific business requirements, QoS-marked traffic must be sent over a dedicated link. Which technology fulfills this requirement?

  A. MPLS
  B. Q-in-Q tunneling
  C. policy-based routing
  D. traffic policing
  C. policy-based routing