Question 1

Which Cisco IOS command is used to display only the host routes within the IPv6 routing table?

Accepted Answer

A)  show ipv6 route host 
B)  show ipv6 route connected 
C)  show ipv6 route local 
D)  show ipv6 route 
A)  show ipv6 route host 
B)  show ipv6 route connected 
C)  show ipv6 route local 
D)  show ipv6 route C

Question 2

Which of the following is part of the route creation process based on each unicast IPv6 address on an interface?

Accepted Answer

A)  The router creates a route for the subnet. 
B)  The router creates a host route for the router IPv6 address. 
C)  The router creates a route based on the link-local addresses associated with the interface. 
D)  The router creates local routes for interfaces whether they are working or not. 
A)  The router creates a route for the subnet. 
B)  The router creates a host route for the router IPv6 address. 
C)  The router creates a route based on the link-local addresses associated with the interface. 
D)  The router creates local routes for interfaces whether they are working or not. A, B

Question 3

In the static route command ipv6 route 2001:db8:1111:1::/64 s0/0/1, what is represented by the sequence s0/0/1?

Accepted Answer

A)  The administrative distance 
B)  The metric 
C)  The next-hop address 
D)  The outgoing interface 
A)  The administrative distance 
B)  The metric 
C)  The next-hop address 
D)  The outgoing interface D

Question 4

If a preferred (faster) learned route over a WAN has administrative distance 110 that competes with a static backup (slower) route, what will the engineer need to set the distance to for the static link so that it becomes a floating static route?

Accepted Answer

A)  0 
B)  1 
C)  130 
D)  255 
A)  0 
B)  1 
C)  130 
D)  255

Question 5

What code is used within the IPv6 routing table to distinguish a local route?

Accepted Answer

A)  C 
B)  U 
C)  L 
D)  S 
A)  C 
B)  U 
C)  L 
D)  S

Question 6

Given the following route information returned from the show ipv6 route command, which value comes first within the brackets ([…])?

Accepted Answer

A)  The administrative distance 
B)  The metric 
C)  The connection type 
D)  The interface number 
A)  The administrative distance 
B)  The metric 
C)  The connection type 
D)  The interface number

Question 7

Given the following route information returned from the show ipv6 route command, what type of route is described?

Accepted Answer

A)  Local 
B)  Connected 
C)  Static 
D)  Dynamic 
A)  Local 
B)  Connected 
C)  Static 
D)  Dynamic

Question 8

When using the command ipv6 address autoconfig without the subcommand default, which of the following is NOT constructed using SLAAC?

Accepted Answer

A)  The interface address 
B)  A local IPv6 route 
C)  A connected route from the NDP RA message 
D)  A default route 
A)  The interface address 
B)  A local IPv6 route 
C)  A connected route from the NDP RA message 
D)  A default route

Question 9

What code is used within the IPv6 routing table to distinguish an IPv6 static route?

Accepted Answer

A)  C 
B)  U 
C)  L 
D)  S 
A)  C 
B)  U 
C)  L 
D)  S

Question 10

Which of the following represents the IOS default administrative distance for static routes?

Accepted Answer

A)  0 
B)  1 
C)  120 
D)  255 
A)  0 
B)  1 
C)  120 
D)  255

Question 11

In the static route command ipv6 route 2001:db8:1111:1::/64 2001:db8:1111:4::1, what is represented by the sequence 2001:db8:1111:4::1?

Accepted Answer

A)  The administrative distance 
B)  The metric 
C)  The next-hop address 
D)  The outgoing interface 
A)  The administrative distance 
B)  The metric 
C)  The next-hop address 
D)  The outgoing interface

Question 12

What is the IPv6 equivalent of the 0.0.0.0 0.0.0.0 syntax used with IPv4 to specify a static default route?

Accepted Answer

A)  ::/0 
B)  ::1/0 
C)  ::0 
D)  0::0/0 
A)  ::/0 
B)  ::1/0 
C)  ::0 
D)  0::0/0

Question 13

What IPv6 routing table entries will be added with the entry of the ipv6 address 2001:abcd::1/64 Cisco IOS command, assuming the interface is up/up?

Accepted Answer

A)  2001:abcd::/64 
B)  2001:abcd::1/128 
C)  2001:abcd::1/64 
D)  2001:abcd::/128 
A)  2001:abcd::/64 
B)  2001:abcd::1/128 
C)  2001:abcd::1/64 
D)  2001:abcd::/128

Question 14

What code is used within the IPv6 routing table to distinguish a per-user static route?

Accepted Answer

A)  C 
B)  U 
C)  L 
D)  S 
A)  C 
B)  U 
C)  L 
D)  S

Exam 25: Implementing IPV6 Routing

Which Cisco IOS command is used to display only the host routes within the IPv6 routing table?

Which of the following is part of the route creation process based on each unicast IPv6 address on an interface?

In the static route command ipv6 route 2001:db8:1111:1::/64 s0/0/1, what is represented by the sequence s0/0/1?

If a preferred (faster) learned route over a WAN has administrative distance 110 that competes with a static backup (slower) route, what will the engineer need to set the distance to for the static link so that it becomes a floating static route?

What code is used within the IPv6 routing table to distinguish a local route?

Given the following route information returned from the show ipv6 route command, which value comes first within the brackets ([…])?

Given the following route information returned from the show ipv6 route command, what type of route is described?

When using the command ipv6 address autoconfig without the subcommand default, which of the following is NOT constructed using SLAAC?

What code is used within the IPv6 routing table to distinguish an IPv6 static route?

Which of the following represents the IOS default administrative distance for static routes?

In the static route command ipv6 route 2001:db8:1111:1::/64 2001:db8:1111:4::1, what is represented by the sequence 2001:db8:1111:4::1?

What is the IPv6 equivalent of the 0.0.0.0 0.0.0.0 syntax used with IPv4 to specify a static default route?

What IPv6 routing table entries will be added with the entry of the ipv6 address 2001:abcd::1/64 Cisco IOS command, assuming the interface is up/up?

What code is used within the IPv6 routing table to distinguish a per-user static route?

Introduction to TCP/IP Networking

Fundamentals of Ethernet Lans

Fundamentals of Wans and IP Routing

Using the Command-Line Interface

Analyzing Ethernet Lan Switching

Configuring Basic Switch Management

Configuring and Verifying Switch Interfaces

Implementing Ethernet Virtual Lans

Spanning Tree Protocol Concepts

RSTP and Etherchannel Configuration

Perspectives on IPV4 Subnetting

Analyzing Classful IPV4 Networks

Analyzing Subnet Masks

Analyzing Existing Subnets

Operating Cisco Routers

Configuring IPV4 Addresses and Static Routes

IP Routing in the Lan

Troubleshooting IPV4 Routing

Understanding OSPF Concepts

Implementing OSPF

OSPF Network Types and Neighbors

Fundamentals of IP Version 6

Ipv6 Addressing and Subnetting

Implementing IPV6 Addressing on Routers

Fundamentals of Wireless Networks

Analyzing Cisco Wireless Architectures

Securing Wireless Networks

Building a Wireless Lan

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