Cisco 350-001 Online Practice Questions and Exam Preparation

Cisco 350-001 Online Questions & Answers

• Question 181:

  For which routes does LDP advertise a label binding?

  A. all routes in the routing table
  B. only the IGP and BGP routes in the routing table
  C. only the BGP routes in the routing table
  D. only the IGP routes in the routing table
  D. only the IGP routes in the routing table

• Question 182:

  Which RFC number contains the specification for Protocol Independent Multicast sparse mode?

  A. 1011
  B. 1918
  C. 2044
  D. 4061
  D. 4061

• Question 183:

  This question is about the Spanning Tree Protocol (STP) root guard feature. What is the STP root guard feature designed to prevent?

  A. a root port being transitioned to the blocking state
  B. a port being assigned as a root port
  C. a port being assigned as an alternate port
  D. a root port being transitioned to the forwarding state
  B. a port being assigned as a root port

• Question 184:

  Which two statements are correct about Nonstop Forwarding? (Choose two.)

  A. It allows the standby RP to take control of the device after a hardware or software fault on the active RP.
  B. It is a Layer 3 function that works with SSO to minimize the amount of time a network is unavailable to users following a switchover.
  C. It is supported by the implementation of EIGRP, OSPF, RIPv2, and BGP protocols.
  D. It synchronizes startup configuration, startup variables, and running configuration.
  E. The main objective of NSF is to continue forwarding IP packets following a switchover.
  F. Layer 2 802.1w or 802.1s must be used, as 802.1d cannot process the Layer 2 changes.
  G. Routing protocol tuning parameters must be the same as the NSF parameters, or failover will be inconsistent.
  B. It is a Layer 3 function that works with SSO to minimize the amount of time a network is unavailable to users following a switchover.
  E. The main objective of NSF is to continue forwarding IP packets following a switchover.

• Question 185:

  Refer to the exhibit. R4 is a remote office router that is running EIGRP; the decision has been made to change EIGRP to use static EIGRP adjacencies. However, once the configuration change was applied, the adjacency between R4 and

  209.165.202.139 (HQ) seems to disappear. What could be the cause of this issue?

  

  A. Static EIGRP neighbor configuration is symmetric; it causes the interface to stop processing inbound multicast packets and stop sending multicast packets.
  B. Static EIGRP neighbors are not displayed with the show ip eigrp neighbors command.
  C. A distance (internal 90 or external 170) must also be configured for the static neighbor.
  D. The neighbor 209.165.202.139 should be changed to run under EIGRP autonomous system 0.
  A. Static EIGRP neighbor configuration is symmetric; it causes the interface to stop processing inbound multicast packets and stop sending multicast packets.

• Question 186:

  Refer to the exhibit. When would the EEM applet be triggered?

  

  A. once a month
  B. once a day
  C. once an hour
  D. once a minute
  C. once an hour

• Question 187:

  Which of these best identifies the types of prefixes a router running BGP will advertise to an EBGP peer?

  A. prefixes received from any other BGP peer and prefixes locally originated via network statements or redistributed to BGP
  B. all prefixes in its IP routing table.
  C. only prefixes received from EBGP peers and prefixes locally originated via network statements or redistributed.
  D. only prefixes received from EBGP peers and prefixes received from route reflectors.
  E. all prefixes in its routing table except the prefixes received from other EBGP peers.
  F. all prefixes in its routing table except the prefixes received from other IBGP peers.
  A. prefixes received from any other BGP peer and prefixes locally originated via network statements or redistributed to BGP

• Question 188:

  Loop guard and UniDireclional Link Detection both protect against Layer 2 STP loops.

  In which two ways does loop guard differ from UDLD in loop detection and prevention? (Choose two.)

  A. Loop guard can be used with root guard simultaneously on the same port on the same VLAN while UDLD cannot.
  B. UDLD protects against STP failures caused by cabling problems that create one-way links.
  C. Loop guard detects and protects against duplicate packets being received and transmitted on different ports.
  D. UDLD protects against unidirectional cabling problems on copper and fiber media.
  E. Loop guard protects against STP failures caused by problems that result in the loss of BPDUs from a designated switch port.
  B. UDLD protects against STP failures caused by cabling problems that create one-way links.
  E. Loop guard protects against STP failures caused by problems that result in the loss of BPDUs from a designated switch port.

• Question 189:

  If shaping is configured with 128 KB/s and a committed burst of 3200 B/s, what would be the value of TC?

  A. 25 sec
  B. 25 ms
  C. 125 sec
  D. 125 ms
  B. 25 ms

• Question 190:

  What is a characteristic of Network Time Protocol?

  A. NTP updates are sent in the timezone they are collected in, and the syslog server will adjust based on the input time.
  B. NTP authentication verifies the source, not the recipient.
  C. NTP authentication requires that the recipient has multiple strata clocks to ensure accuracy.
  D. Secure NTP can be configured to use SHA-1 hashing, since NTP is very insecure.
  E. A stratum 0 clock should be configured at the core of every network, so it can connect to an accurate time source.
  B. NTP authentication verifies the source, not the recipient.