Juniper JN0-361 Online Practice Questions and Exam Preparation

Juniper JN0-361 Online Questions & Answers

• Question 201:

  In an IS-IS network, Router A is the current DIS with a priority of 64. Router B comes online with a priority of 100. In this scenario, which statement is correct?

  A. Router A remains as the DIS.
  B. Router A remains the DIS and Router B becomes the backup DIS.
  C. Router B becomes the DIS.
  D. Router B becomes the DIS and router A becomes the backup DIS.
  C. Router B becomes the DIS.

• Question 202:

  Which command is used to display the Layer 2 forwarding table on an MX Series device?

  A. show bridge-switching table
  B. show ethernet-switching table
  C. show bridge-mac table
  D. show bridge table
  C. show bridge-mac table

• Question 203:

  You would like two LDP routers on opposite sides of your network to become neighbors. Which LDP message is used to form this relationship?

  A. basic discovery
  B. extended discovery
  C. peer discovery
  D. remote discovery
  B. extended discovery

• Question 204:

  You have two OSPF routers that are trying to form an adjacency. When you issue the command show ospf neighbor, you see that one router is in the loading state and the other is in the full state. Why are you seeing the router's state as loading?

  A. The router does not know about the received LSA header and has transmitted a link-state request.
  B. The router has finished transmitting, but is still receiving database information.
  C. The router is waiting for a start event.
  D. The router has established bidirectional communication with its peer.
  B. The router has finished transmitting, but is still receiving database information.

• Question 205:

  Which two BGP attributes are mandatory? (Choose two.)

  A. next hop
  B. aggregator
  C. AS path
  D. community
  A. next hop
  C. AS path

• Question 206:

  Which two statements reflect benefits of performing per-flow load balancing over per-packet load balancing? (Choose two.)

  A. All physical links in the network are used equally.
  B. Packets arrive at the destination in the order they were sent.
  C. Provides easier implementation of class of service policies.
  D. Allows the destination host to re-order packets and increase performance.
  B. Packets arrive at the destination in the order they were sent.
  C. Provides easier implementation of class of service policies.

• Question 207:

  Your network consists of multiple remote locations using both IPv4 and IPv6. You have an IPv4-based Internet connection at each site provided by different, local service providers. You are asked to ensure that the remote IPv6 networks are able to communicate.

  What should you do?

  A. Create GRE tunnels between the remote locations to connect the IPv6 networks.
  B. Create IPsec tunnels between the remote locations to connect the IPv6 networks.
  C. Create IP-IP tunnels between the remote locations to connect the IPv6 networks.
  D. Create MPLS tunnels between the remote locations to connect the IPv6 networks.
  C. Create IP-IP tunnels between the remote locations to connect the IPv6 networks.

• Question 208:

  Which two elements are valid in the BGP path selection algorithm? (Choose two.)

  A. lowest local preference value
  B. lowest multi-exit discriminator
  C. highest multi-exit discriminator
  D. highest local preference value
  B. lowest multi-exit discriminator
  D. highest local preference value

• Question 209:

  Which statement is true about link aggregation?

  A. It facilitates control plane redundancy through link aggregation
  B. It provides an active-passive failover mechanism for redundant Layer 2 links
  C. It combines multiple Ethernet interfaces into a single link-layer interface
  D. It combines multiple Ethernet interfaces into a multilink-layer interface.
  C. It combines multiple Ethernet interfaces into a single link-layer interface

• Question 210:

  Which statement correctly describes a characteristic of IPv6 unicast addressing?

  A. Global addresses are in the range of 2002::/16.
  B. Only one loopback address exists, ::1/128.
  C. Link-local addresses are in the range of FF00::/8.
  D. Link-local addresses are in the range of FE00::/12.
  B. Only one loopback address exists, ::1/128.