Cisco 350-029 Online Practice Questions and Exam Preparation

Cisco 350-029 Online Questions & Answers

• Question 211:

  Which two statements about the bgp deterministic-med and bgp always-compare-med commands are true? (Choose two)

  A. The bgp deterministic-med command is used to influence the BGP route selection process to cause the MED attribute to have higher precedence over the AS path length
  B. The bgp always-compare command is used to influence the BGP route selection process to cause the MED attribute to have higher precedence over the AS path system.
  C. Enabling the bgp deterministic-med command ensures the comparison of the MED variable when choosing routes advertised by different peers in the same autonomous system.
  D. Enabling the bgp always-compare-med command ensures the comparison of the MED variable for paths from neighbors in different autonomous systems.
  E. The bgp deterministic-med and bgp always-compare-med commands are enabled by defult.
  C. Enabling the bgp deterministic-med command ensures the comparison of the MED variable when choosing routes advertised by different peers in the same autonomous system.
  D. Enabling the bgp always-compare-med command ensures the comparison of the MED variable for paths from neighbors in different autonomous systems.

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  Enabling the bgp deterministic-med command ensures the comparison of the MED variable when choosing routes advertised by different peers in the same autonomous system. Enabling the bgp always-compare-med command ensures the comparison of the MED for paths from neighbors in different autonomous systems.

  NotE. The bgp deterministic-med and bgp always-compare-med commands are not enabled by default. Also, the two commands are separate; enabling one does not automatically enable the other.

• Question 212:

  Refer to the exhibit. Which three statements describe r RIB-Failure in the show ip bgp command output? (Choose three.)

  

  A. It is a redundancy route.
  B. It is a route with a better administrative distance already present in IGP.
  C. The number of routes in VRF exceeds the route limit that is configured under the VRF instance.
  D. It is a rerouting entry
  E. It indicates memory failure
  B. It is a route with a better administrative distance already present in IGP.
  C. The number of routes in VRF exceeds the route limit that is configured under the VRF instance.
  E. It indicates memory failure

• Question 213:

  Which option describes a benefit of IPv6 VPN Provider Edge?

  A. Uses separate signaling plane, which provides more security than IPv4
  B. No requirement for a separate signaling plane
  C. Provides support for intra-AS and CSC scenarios
  D. BGP is the preferred routing protocol for connecting two SPs.
  B. No requirement for a separate signaling plane

• Question 214:

  One requirement of MP-BGP is that the NLRI and next hop both should belong to same address family. Similarly, if the route is a VPN route with an RD, the next hop should also be of the same address family.

  For VPNv6 routes with an associated RD value, what is the RD for the next hop?

  A. 16 because that is the global value for next hop RD.
  B. 0 RD value.
  C. Same as the RD for the VPN that is advertised.
  D. Not enough information is available to determine the value.
  B. 0 RD value.

• Question 215:

  Packed Cell Relay encapsulation with AToM includes which of the following? (Choose four.)

  A. Tunnel label
  B. VC-label
  C. 5-byte ATM header
  D. Payload
  E. 4 byte ATM header
  F. Support for 30 packed cells.
  A. Tunnel label
  B. VC-label
  D. Payload
  E. 4 byte ATM header

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  Packed cell relay (cell packing). This allows the encapsulation of multiple ATM cells in each AToM data channel packet.

• Question 216:

  Which three options are reasons to deploy BFD? (Choose three.)

  A. BFD is a fast hello protocol that exhibits lower overhead than aggressive hellos.
  B. BFD is a fast hello protocol that provides reaction time under a second.
  C. BFD is a fast hello protocol that provides reaction time over a second.
  D. BFD provides fast converges to Layer 2 bundling protocol LAGs.
  E. HSRP protocol supports BFD.
  F. BFD uses a reliable transport for Hello packets, which increases the fast converge if an ACK is not received.
  A. BFD is a fast hello protocol that exhibits lower overhead than aggressive hellos.
  B. BFD is a fast hello protocol that provides reaction time under a second.
  E. HSRP protocol supports BFD.

• Question 217:

  What is the relationship between the Domain Name System (DNS) and LDAP?

  A. All the root DNS servers maintain information in a distributed LDAP tree.
  B. DNS clients access DNS information by making LDAP queries to DNS servers.
  C. An LDAP DN attribute is a Domain Name.
  D. It is currently recommended to express DN as a sequence of Domain components
  D. It is currently recommended to express DN as a sequence of Domain components

• Question 218:

  Refer to the exhibit.

  

  R3 is not able to install the R1 loopback address into its BGP routing table. What should be configured to install that route?

  A. Configure R2 as a route reflector.
  B. Enable EBGP multihop on R2.
  C. Change the origin attribute to IGP on R3.
  D. Configure the next-hop-self command on R2.
  E. Configure the next-hop-unchanged command on R2.
  F. Add a static route to reach 10.10.23.2 on R3.
  D. Configure the next-hop-self command on R2.

• Question 219:

  Which statement is FALSE concerning the interleave depth value?

  A. A higher interleave depth provides more protection from burst of noise on the HFC network
  B. Higher interleave depth increase downstream latency.
  C. Lower interleave depth cause some packet loss on typical HFC networks
  D. None ofthe above
  D. None ofthe above

• Question 220:

  Assume that the PEs are separated by Multiple P routers.

  How many labels should the ingress PE push for 6PE functionality?

  A. 1
  B. None
  C. 3
  D. 2
  E. It depends on the numbers of hops between the ingress and egress PE.
  D. 2

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  A PE device on receiving the IPv6 prefix from CE by routing protocol will assign a label and advertise through BGP to other PE devices which in turn will be advertised to remote CE devices.

  This label information will be used to switch the packet through MPLS cloud. 6PE implementation will have minimum 2 labels imposed, top label being the one to identify the remote PE while bottom label to identify the IPv6 prefix.