Cisco 300-410 Online Practice Questions and Exam Preparation

Cisco 300-410 Online Questions & Answers

• Question 441:

  Refer to the exhibit.

  

  R1 and R2 cannot establish an EIGRP adjacency. Which action establishes EIGRP adjacency?

  A. Remove the current autonomous system number on one of the routers and change to a different value.
  B. Remove the passive-interface command from the R2 configuration so that it matches the R1 configuration.
  C. Add the no auto-summary command to the R2 configuration so that it matches the R1 configuration.
  D. Add the passive-interface command to the R1 configuration so that it matches the R2 configuration.
  B. Remove the passive-interface command from the R2 configuration so that it matches the R1 configuration.

• Question 442:

  A network administrator is tasked to permit http and https traffic only toward the internet from the User1 laptop to adhere to company's security policy. The administrator can still ping to www.cisco.com Which interface should the access list 101 be applied to resolve this issue?

  

  A. Interface G0/48 in the incoming direction
  B. Interface G0/0 in the outgoing direction.
  C. Interface S1/0 in the outgoing direction.
  D. Interface G0/0 in the incoming direction.
  D. Interface G0/0 in the incoming direction.

• Question 443:

  Refer to the exhibit.

  

  A network administrator configured an IPv6 access list to allow TCP return traffic only, but it is not working as expected. Which changes resolve this issue?

  A. ipv6 access-list inbound permit tcp any any syn deny ipv6 any any log ! interface gi0/0 ipv6 traffic-filter inbound out
  B. ipv6 access-list inbound permit tcp any any syn deny ipv6 any any log ! interface gi0/0 ipv6 traffic-filter inbound in
  C. ipv6 access-list inbound permit tcp any any established deny ipv6 any any log ! interface gi0/0 ipv6 traffic-filter inbound in
  D. ipv6 access-list inbound permit tcp any any established deny ipv6 any any log ! interface gi0/0 ipv6 traffic-filter inbound out
  C. ipv6 access-list inbound permit tcp any any established deny ipv6 any any log ! interface gi0/0 ipv6 traffic-filter inbound in

• Question 444:

  Refer to the exhibit.

  

  Which policy configuration on R1 forwards any traffic that is sourced from the 192 168 130 0'24 network to R2?

  

  A. Option A
  B. Option B
  C. Option C
  D. Option D
  C. Option C

  ---

• Question 445:

  Refer to the exhibit.

  

  Which configuration advertises more specific routes to R1 without sending a BGP summary route?

  A. R1#configure terminal R1 (config)#rouler BGP 100 R1 (conflg-router)#no auto-summary
  B. R1#configure terminal R1 (config)#router BGP 100 R1 (config-router)#auto-summary
  C. R2#configure terminal R2 (conflg)#router BGP 100 R2 (config-rouler)#no auto-summary
  D. R2#configure terminal R2 (config)#router BGP 100 R2 (config-router)#auto-summary
  C. R2#configure terminal R2 (conflg)#router BGP 100 R2 (config-rouler)#no auto-summary

• Question 446:

  Refer to the exhibit.

  

  An engineer must configure OSPF with R9 and R10 and configure redistribution between OSPF and RIP, causing a routing loop. Which configuration on R9 and R10 meets this objective?

  A. router ospf 1 redistribute rip subnets tag 20 ! route-map deny_tag20 deny 10 match tag 20 route-map deny_tag20 permit 20 ! router ospf 1 distribute-list route-map deny_tag20 in
  B. router ospf 1 redistribute rip subnets tag 20 ! route-map deny_tag20 deny 10 match tag 20 route-map deny_tag20 deny 20 ! router ospf 1 distribute-list route-map deny_tag20 in
  C. router ospf 1 redistribute rip subnets tag 20 ! route-map deny_tag20 deny 10 match tag 20 route-map deny_tag20 permit 20 ! router rip 1 distribute-list route-map deny _tag20 in
  D. router ospf 1 redistribute rip subnets tag 20 ! route-map deny_tag20 permit 10 match tag 20 route-map deny_tag20 permit 20 ! router ospf 1 distribute-list route-map deny_tag20 in
  C. router ospf 1 redistribute rip subnets tag 20 ! route-map deny_tag20 deny 10 match tag 20 route-map deny_tag20 permit 20 ! router rip 1 distribute-list route-map deny _tag20 in

• Question 447:

  In an MPLS VPN network, how are customer routes controlled and distributed?

  A. Through the use of GRE tunnels
  B. Customer routes are redistributed into the IGP that the service provider is using
  C. Customer routes are redistributed into BGP within the service provider
  D. It is distributed through the use of route targets
  D. It is distributed through the use of route targets

• Question 448:

  Refer to the exhibit. An engineer configures a static route on a router, but when the engineer checks the route to the destination, a different next hop is chosen. What is the reason for this?

  

  A. Dynamic routing protocols always have priority over static routes.
  B. The metric of the OSPF route is lower than the metric of the static route.
  C. The configured AD for the static route is higher than the AD of OSPF.
  D. The syntax of the static route is not valid, so the route is not considered.
  C. The configured AD for the static route is higher than the AD of OSPF.

  ---

  The AD of static route is manually configured to 130 which is higher than the AD of OSPF router which is 110.

• Question 449:

  A network administrator is troubleshooting a redistribution of OSPF routes into EIGRP.

  

  Given the exhibited commands, which statement is true?

  A. Redistributed routes will have an external type of 1 and a metric of 1.
  B. Redistributed routes will have an external type of 2 and a metric of 20.
  C. Redistributed routes will maintain their original OSPF routing metric.
  D. Redistributed routes will have a default metric of 0 and will be treated as reachable and advertised.
  E. Redistributed routes will have a default metric of 0 but will be treated as unreachable and not advertised.
  B. Redistributed routes will have an external type of 2 and a metric of 20.

  ---

  By default, all routes redistributed into OSPF will be tagged as external type 2 (E2) with a metric of 20, except for BGP routes (with a metric of 1).

  Note:

  The cost of a type 2 route is always the external cost, irrespective of the interior cost to reach that route. A type 1 cost is the addition of the external cost and the internal cost used to reach that route.

• Question 450:

  An engineer is configuring a network and needs packets to be forwarded to an interface for any destination address that is not in the routing table. What should be configured to accomplish this task?

  A. set ip next-hop
  B. set ip default next-hop
  C. set ip next-hop recursive
  D. set ip next-hop verify-availability
  B. set ip default next-hop

  ---

  The set ip default next-hop command verifies the existence of the destination IP address in the routing table, and...

  1. if the destination IP address exists, the command does not policy route the packet, but forwards the packet based on the routing table.

  2. if the destination IP address does not exist, the command policy routes the packet by sending it to the specified next hop.