350-401 Practice Test

350-401 Practice Test practice questions, page 28 of 43, with answer review and explanations.

Question 136

What is the correct EBGP path attribute list, ordered from most preferred to least preferred, that the BGP best-path algorithm uses?

  1. local preference, weight, AS path, MED
  2. weight, local preference, AS path, MED
  3. weight, AS path, local preference, MED
  4. local preference, weight, MED, AS path

Question 137

A local router shows an EBGP neighbor in the Active state. Which statement is true about the local router?

  1. The local router is attempting to open a TCP session with the neighboring router.
  2. The local router is receiving prefixes from the neighboring router and adding them in RIB-IN.
  3. The local router has active prefixes in the forwarding table from the neighboring router.
  4. The local router has BGP passive mode configured for the neighboring router.

Question 138

Refer to the exhibit. SwitchC connects HR and Sales to the Core switch. However, business needs require that no traffic from the Finance VLAN traverse this switch. Which command meets this requirement?

  1. SwitchC(config)#vtp pruning vlan 110
  2. SwitchC(config)#vtp pruning
  3. SwitchC(config)#interface port-channel 1 SwitchC(config-if)#switchport trunk allowed vlan add 210,310
  4. SwitchC(config)#interface port-channel 1 SwitchC(config-if)#switchport trunk allowed vlan remove 110

Question 139

Refer to the exhibit. An engineer must ensure that all traffic leaving AS 200 will choose Link 2 as the exit point. Assuming that all BGP neighbor relationships have been formed and that the attributes have not been changed on any of the routers, which configuration accomplishes this task?

  1. R4(config-router)bgp default local-preference 200
  2. R3(config-router)bgp default local-preference 200
  3. R4(config-router)neighbor 10.2.2.2 weight 200
  4. R3(config-router)neighbor 10.1.1.1 weight 200

Question 140

Which feature of EIGRP is not supported in OSPF?

  1. load balancing of unequal-cost paths
  2. load balance over four equal-cost paths
  3. uses interface bandwidth to determine best path
  4. per-packet load balancing over multiple paths