Cisco 352-001 Online Practice Questions and Exam Preparation

Cisco 352-001 Online Questions & Answers

• Question 121:

  You are designing an OSPF network with multiple areas of for a large client. Due to the size of the routing domain, all areas except the backbone area are configured as stub areas. A new requirement is to connect a WAN link to a partner organization with a static route to one of the stub areas, area 100. What should you do to redesign area 100, if anything, in order to support this WAN link while minimizing the size of the link state database?

  A. Convert area 100 into an NSSA.
  B. Redistribute the static route as OSPF type E1.
  C. Convert area 100 into a normal area.
  D. No configuration changes to area 100 are needed.
  A. Convert area 100 into an NSSA.

• Question 122:

  What two options are significant drivers for 5G in IoT networks? (Choose two)

  A. Energy Efficiency
  B. Lower Latency
  C. Mass Connectivity
  D. Programmability
  E. Higher data rates
  B. Lower Latency
  C. Mass Connectivity

• Question 123:

  Refer to the exhibit.

  

  Which technology could be used in this design to provide link recovery and high traffic capacity?

  A. Rapid PVST
  B. MST
  C. PAgP
  D. Flex Links
  C. PAgP

• Question 124:

  Acme Corporation wants to minimize the risk of users plugging unauthorized switches and hubs into the network. Which two features can be used on the LAN access ports to support this design requirement? (Choose two.)

  A. BPDU Guard
  B. PortFast
  C. Loop Guard
  D. Root Guard
  E. DTP
  A. BPDU Guard
  D. Root Guard

• Question 125:

  Refer to the exhibit.

  

  How would you redesign the network to improve availability of the routers 1A and 1B at the core site?

  A. Enable Graceful Restart Helper for OSPF
  B. Use link bundles over multiple slots
  C. Use APS Ethernet circuits and redundant interfaces
  D. Create a multichassis system with the two routers
  D. Create a multichassis system with the two routers

• Question 126:

  You are assisting in convergence optimization for an MPLS network. Which option should you recommend to prevent microloops in the core backbone of the service provider?

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

• Question 127:

  What are three key design principles when using a classic hierarchical network model? (Choose three.)

  A. The core layer controls access to resources for security.
  B. The core layer should be configured with minimal complexity.
  C. The core layer is designed first, followed by the distribution layer and then the access layer.
  D. A hierarchical network design model aids fault isolation.
  E. The core layer provides server access in a small campus.
  F. A hierarchical network design facilitates changes.
  B. The core layer should be configured with minimal complexity.
  D. A hierarchical network design model aids fault isolation.
  F. A hierarchical network design facilitates changes.

• Question 128:

  VPLS is implemented in a Layer 2 network with 2000 VLANs.

  Which must be the primary concern to ensure successful deployment of VPLS?

  A. The underlying transport mechanism
  B. PE scalability
  C. Flooding is necessary to propagate MAC address reachability information
  D. VLAN scalability
  C. Flooding is necessary to propagate MAC address reachability information

• Question 129:

  When a multiprotocol environment is designed to have several routers redistribute among the routing domains, how can routing loops be avoided?

  A. by using the AS-PATH attribute
  B. by using route tags
  C. by activating split horizon
  D. by implementing spanning tree
  B. by using route tags

• Question 130:

  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