Juniper JN0-361 Online Practice Questions and Exam Preparation

Juniper JN0-361 Online Questions & Answers

• Question 421:

  What are three ways to configure IPv6 addresses in your network? (Choose three.)

  A. Statically configure your IPv6 addresses.
  B. Configure your IPv6 addresses using stateless auto configuration.
  C. Configure your IPv6 addresses by setting up a DHCPv6 server.
  D. Configure your IPv6 addresses by assigning your router a prefix list.
  E. Configure your IPv6 addresses by configuring support for unicast-arp-negotiation.
  A. Statically configure your IPv6 addresses.
  B. Configure your IPv6 addresses using stateless auto configuration.
  C. Configure your IPv6 addresses by setting up a DHCPv6 server.

• Question 422:

  You have recently configured MSTP on two switches in your network to participate in the same MSTP region. You issue the show spanning-tree mstp configuration command on both switches and notice that the configuration digests do not match. What does this mismatch indicate?

  A. Everything is functioning as expected because the configuration digests should not match.
  B. You should ensure that the max-age and hello timers are equal on both switches.
  C. You should ensure that the bridge IDs and priority values are unique on both switches.
  D. You should ensure that the MSTIs and their VLAN IDs are equal on both switches.
  D. You should ensure that the MSTIs and their VLAN IDs are equal on both switches.

• Question 423:

  -- Exhibit -

  [edit protocols bgp] user@router# show group internal { neighbor 10.0.16.2; }

  The exhibit shows a partial configuration fo an internal BGP session.

  Which two statements must be added to complete the configuration? (Choose two.)

  A. a local-address statement
  B. a type ibgp statement
  C. a next-hop-self statement
  D. a type internal statement
  A. a local-address statement
  D. a type internal statement

• Question 424:

  Which routing table contains the route information for the user-defined routing instance called Candidate1?

  A. inet.Candidate1.0
  B. Candidate1.inet.0
  C. inet.0
  D. Candidate1-inet.0
  B. Candidate1.inet.0

• Question 425:

  Which OSPF LSA type describes the router IDs of ASBR routers located in remote areas?

  A. Type 4
  B. Type 2
  C. Type 3
  D. Type 1
  A. Type 4

• Question 426:

  Using industry best practices, what is true regarding an external BGP session?

  A. BGP neighbors belong to the same AS
  B. BGP neighbors belong to a different AS
  C. BGP sessions rely on a static route for reach ability
  D. BGP sessions will be established between loopback interface addresses.
  C. BGP sessions rely on a static route for reach ability

• Question 427:

  On an MX Series device, which parameter is used to configure the timeout interval fo entries in the MAC table?

  A. global-mac-table-aging-time
  B. global-mac-limit
  C. switch-mac-table-aging-time
  D. switch-mac-limit
  A. global-mac-table-aging-time

• Question 428:

  Click the Exhibit button.

  

  Which two statements are correct according to the output shown in the exhibit? (Choose two.)

  A. The peering session is enabled for graceful restart.
  B. The peering session uses the default route preference.
  C. The peering session is in a state in which routes can be exchanged.
  D. The peering session uses a 4-byte AS number.
  B. The peering session uses the default route preference.
  C. The peering session is in a state in which routes can be exchanged.

• Question 429:

  Which two statements are true about IP-IP tunnels on Junos devices? (Choose two.)

  A. They support only IP traffic
  B. Tunnel endpoints use the interface ipt
  C. They add no additional overhead to packets
  D. Each tunnel interface is point-to-point
  A. They support only IP traffic
  D. Each tunnel interface is point-to-point

• Question 430:

  Which two statements are correct about default MPLS behavior on Junos devices? (Choose two.)

  A. The MPLS label is popped by the penultimate router.
  B. The MPLS label is popped by the ultimate router.
  C. The MPLS label is pushed by the ingress router.
  D. The MPLS label is swapped by the ingress router.
  A. The MPLS label is popped by the penultimate router.
  C. The MPLS label is pushed by the ingress router.