Juniper JN0-333 Online Practice Questions and Exam Preparation

Juniper JN0-333 Online Questions & Answers

• Question 71:

  What is the function of redundancy group 0 in a chassis cluster?

  A. Redundancy group 0 identifies the node controlling the cluster management interface IP addresses.
  B. The primary node for redundancy group 0 identifies the first member node in a chassis cluster.
  C. The primary node for redundancy group 0 determines the interface naming for all chassis cluster nodes.
  D. The node on which redundancy group 0 is primary determines which Routing Engine is active in the cluster.
  D. The node on which redundancy group 0 is primary determines which Routing Engine is active in the cluster.

• Question 72:

  Click the Exhibit button.

  

  Which two statements describe the output shown in the exhibit? (Choose two.)

  A. Node 0 is controlling traffic for redundancy group 1.
  B. Node 1 is controlling traffic for redundancy group 1.
  C. Redundancy group 1 experienced an operational failure.
  D. Redundancy group 1 was administratively failed over.
  B. Node 1 is controlling traffic for redundancy group 1.
  D. Redundancy group 1 was administratively failed over.

• Question 73:

  Which statement is true about Perfect Forward Secrecy (PFS)?

  A. PFS is used to resolve compatibility issues with third-party IPsec peers.
  B. PFS is implemented during Phase 1 of IKE negotiations and decreases the amount of time required for IKE negotiations to complete.
  C. PFS increases security by forcing the peers to perform a second DH exchange during Phase 2.
  D. PFS increases the IPsec VPN encryption key length and uses RSA or DSA certificates.
  C. PFS increases security by forcing the peers to perform a second DH exchange during Phase 2.

• Question 74:

  Click the exhibit button.

  

  Referring to the exhibit, which statement is true?

  A. Packets entering the interface are being dropped because of a stateless filter.
  B. Packets entering the interface matching an ALG are getting dropped.
  C. TCP packets entering the interface are failing the TCP sequence check.
  D. Packets entering the interface are getting dropped because the interface is not bound to a zone.
  D. Packets entering the interface are getting dropped because the interface is not bound to a zone.

• Question 75:

  Click the Exhibit button.

  

  Which statement would explain why the IP-monitoring feature is functioning incorrectly?

  A. The global weight value is too large for the configured global threshold.
  B. The secondary IP address should be on a different subnet than the reth IP address.
  C. The secondary IP address is the same as the reth IP address.
  D. The monitored IP address is not on the same subnet as the reth IP address.
  C. The secondary IP address is the same as the reth IP address.