[Free] 2018(July) Ensurepass Cisco 200-105 Dumps with VCE and PDF 81-90

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Interconnecting Cisco Networking Devices Part 2 (ICND2 v3.0)

Question No: 81 – (Topic 3)


  1. Administratively shut down the interface.

  2. Physically secure the interface.


  4. Configure a virtual terminal password and login process.

  5. Enter an access list and apply it to the virtual terminal interfaces using the access-class command.

Answer: D,E Explanation:

It is a waste to administratively shut down the interface. Moreover, someone can still access the virtual terminal interfaces via other interfaces -gt; A is not correct.

We can not physically secure a virtual interface because it is “virtual” -gt; B is not correct. To apply an access list to a virtual terminal interface we must use the “access-class” command. The “access-group” command is only used to apply an access list to a physical interface -gt; C is not correct; E is correct.

The most simple way to secure the virtual terminal interface is to configure a username amp; password to prevent unauthorized login -gt; D is correct.

Question No: 82 DRAG DROP – (Topic 3)

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Enhanced Interior Gateway Routing Protocol (EIGRP) is a Cisco proprietary routing protocol, so it is vendor-specific. By default, EIGRP internal routes have an administrative distance value of 90.

OSPF uses cost as its metric. By default, the cost of an interface is calculated based on

bandwidth with the formula cost= 10000 0000/bandwidth (in bps). OSPF elects a DR on each broadcast and nonbroadcast multiaccess networks (like Ethernet and Frame Relay environments, respectively). It doesn’t elect a DR on point-to-point link (like a serial WAN).

Question No: 83 – (Topic 3)

Refer to the exhibit.

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The network is converged. After link-state advertisements are received from Router_A, what information will Router_E contain in its routing table for the subnets and

A. O [110/13] via, 00:00:07, FastEthernet 0/0

O [110/13] via, 00:00:16, FastEthernet 0/0

B. O [110/1] via, 00:00:07, Serial 1/0

O [110/3] via, 00:00:16, FastEthernet 0/0

C. O [110/13] via, 00:00:07, Serial 1/0

O [110/13] via, 00:00:16, Serial 1/0


D. O [110/3] via, 00:00:07, Serial 1/0

O [110/3] via, 00:00:16, Serial 1/0

Answer: A


Router_E learns two subnets subnets and via Router_A through FastEthernet interface. The interface cost is calculated with the formula 108 / Bandwidth. For FastEthernet it is 108 / 100 Mbps = 108 / 100,000,000 = 1. Therefore the cost is 12 (learned from Router_A) 1 = 13 for both subnets – B is not correct.

The cost through T1 link is much higher than through T3 link (T1 cost = 108 / 1.544 Mbps = 64; T3 cost = 108 / 45 Mbps = 2) so surely OSPF will choose the path through T3 link -gt; Router_E will choose the path from Router_A through FastEthernet0/0, not Serial1/0 – C amp; D are not correct.

In fact, we can quickly eliminate answers B, C and D because they contain at least one subnet learned from Serial1/0 – they are surely incorrect.

Question No: 84 – (Topic 3)

Refer to the exhibit.

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Answer: D Explanation:


Question No: 85 – (Topic 3)


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  1. Corp-1

  2. Corp-2

  3. Corp-3

  4. Corp-4

  5. Branch-1

  6. Branch-2

Answer: D,F






amp; Branch-2 ( have highest “active” IP addresses so they will become DRs.

Question No: 86 – (Topic 3)


  1. hello packets

  2. SAP messages sent by other routers

  3. LSAs from other routers

  4. beacons received on point-to-point links

  5. routing tables received from other link-state routers

  6. TTL packets from designated routers

    Answer: A,C Explanation:

    Link State Routing Protocols http://www.ciscopress.com/articles/article.asp?p=24090amp;seqNum=4

    Link state protocols, sometimes called shortest path first or distributed database protocols, are built around a well-known algorithm from graph theory, E. W. Dijkstra#39;a shortest path algorithm. Examples of link state routing protocols are:

    Open Shortest Path First (OSPF) for IP

    The ISO#39;s Intermediate System to Intermediate System (IS-IS) for CLNS and IP DEC#39;s DNA Phase V

    Novell#39;s NetWare Link Services Protocol (NLSP)






      Question No: 87 – (Topic 3)


      1. an OSPF update for network

      2. a static route to network

      3. a static route to network with a local serial interface configured as the next hop

      4. a RIP update for network

      5. a directly connected interface with an address of

      6. a default route with a next hop address of

Answer: E Explanation:

What Is Administrative Distance? http://www.cisco.com/en/US/tech/tk365/technologies_tech_note09186a0080094195.shtml

Select the Best Path




First (OSPF) (default administrative distance – 110) and Interior Gateway Routing Protocol (IGRP) (default administrative distance – 100), the router chooses IGRP because IGRP is more reliable. This means the router adds the IGRP version of the route to the routing table.

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Question No: 88 DRAG DROP – (Topic 3)

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holddown timer: prevents a router from improperly reinstating a route from a regular routing update

split horizon: prevents information about a route from being sent in the direction from which the route was learned

defining a maximum: prevents invalid updates from looping the internetwork indefinitely

route poisoning: causes a routing protocol to advertise an infinite metric for a failed route

triggered update: decreases convergence time by immediately sending route information in response to a topology change

Question No: 89 – (Topic 3)


  1. It is globally significant and is used to represent the AS number.


  3. It is globally significant and is used to identify OSPF stub areas.

  4. It is locally significant and must be the same throughout an area.

Answer: B

Explanation: The Process ID for OSPF on a router is only locally significant and you can use the same number on each router, or each router can have a different number-it just doesn#39;t matter. The numbers you can use are from 1 to 65,535. Don#39;t get this confused with area numbers, which can be from 0 to 4.2 billion.

Question No: 90 – (Topic 3)


  1. A successor route is used by EIGRP to forward traffic to a destination.


  3. Successor routes are flagged as #39;active#39; in the routing table.

  4. A successor route may be backed up by a feasible successor route.

  5. Successor routes are stored in the neighbor table following the discovery process.

Answer: A,D Explanation:

Introduction to EIGRP http://www.cisco.com/en/US/tech/tk365/technologies_tech_note09186a0080093f07.shtml

Feasible Successors





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