Question 1

Which of the following is the correct abbreviated prefix for IPv6 address 0880:BB80:AAAA:00F0:0770:0010:0000:0113, assuming a mask of /36?

Accepted Answer

A)  880:BB80:A::/36 
B)  880:BB80:A000::/36 
C)  880:BB80:AAAA::/36 
D)  880:BB80:AAAA:F0:770:10::113/36 
A)  880:BB80:A::/36 
B)  880:BB80:A000::/36 
C)  880:BB80:AAAA::/36 
D)  880:BB80:AAAA:F0:770:10::113/36 B

Question 2

What is the binary equivalent of the hex digit E?

Accepted Answer

A)  0110 
B)  1101 
C)  1110 
D)  1100 
A)  0110 
B)  1101 
C)  1110 
D)  1100 C

Question 3

What is the shortest valid abbreviation of the IPv6 address 3000:bdea:0345:00cb:bd00:00ae:bd00:aecb?

Accepted Answer

A)  3000:bdea:345:cb:bd::ae:bd:aecb 
B)  3000:bdea:345:cb:bd::ae:bd00:aecb 
C)  3000:bdea: 345:cb:bd::ae:bd::aecb 
D)  3000:bdea:345::cb:bd::ae:bd::aecb 
A)  3000:bdea:345:cb:bd::ae:bd:aecb 
B)  3000:bdea:345:cb:bd::ae:bd00:aecb 
C)  3000:bdea: 345:cb:bd::ae:bd::aecb 
D)  3000:bdea:345::cb:bd::ae:bd::aecb B

Question 4

Which of the following is the shortest valid abbreviation for the IPv6 address FEE0:0000:0000:0880:0000:0010:0000:003?

Accepted Answer

A)  FEE0:0:0:880:0:10:0:3 
B)  FEE0:0:0:880::10:0:3 
C)  FEE0::880:0:10:0:3 
D)  FEE0::880::10:0:3 
A)  FEE0:0:0:880:0:10:0:3 
B)  FEE0:0:0:880::10:0:3 
C)  FEE0::880:0:10:0:3 
D)  FEE0::880::10:0:3

Question 5

What is the binary equivalent of the hex digit C?

Accepted Answer

A)  0110 
B)  1101 
C)  1110 
D)  1100 
A)  0110 
B)  1101 
C)  1110 
D)  1100

Question 6

What version of OSPF was specifically developed as a result of IPv6?

Accepted Answer

A)  Version 2 
B)  Version 3 
C)  Version 6 
D)  Version 5 
A)  Version 2 
B)  Version 3 
C)  Version 6 
D)  Version 5

Question 7

What is the IPv6 prefix of the address 3000:bdea:0345:00cb:bd00:00ae:bd00:aecb if the prefix length is /64?

Accepted Answer

A)  3000:bdea:0345: 
B)  3000:bdea:0345:00cb:bd 
C)  3000:bdea:0345:00cb: 
D)  3000:bdea:0345:00cb:bd00 
A)  3000:bdea:0345: 
B)  3000:bdea:0345:00cb:bd 
C)  3000:bdea:0345:00cb: 
D)  3000:bdea:0345:00cb:bd00

Question 8

Which of the following is the correct abbreviated prefix for IPv6 address A880:BE70:EEEE:8817:6700:0000:0000:0188, assuming a mask of /56?

Accepted Answer

A)  A880:BE70:EEEE:88::/56 
B)  A880:BE70:EEEE:8800::/56 
C)  A880:BE70:EEEE:8817::/56 
D)  A880:BE70:EEEE:8817:6700::188/56 
A)  A880:BE70:EEEE:88::/56 
B)  A880:BE70:EEEE:8800::/56 
C)  A880:BE70:EEEE:8817::/56 
D)  A880:BE70:EEEE:8817:6700::188/56

Question 9

Which of the following is the unabbreviated version of IPv6 address BB8::113?

Accepted Answer

A)  0000:0000:0000:0000:0000:0000:0BB8:0113 
B)  0BB8:0000:0000:0000:0000:0000:0000:0113 
C)  BB80:0000:0000:0000:0000:0000:0000:1130 
D)  0000:0000:0000:0000:0000:0000:BB80:1130 
A)  0000:0000:0000:0000:0000:0000:0BB8:0113 
B)  0BB8:0000:0000:0000:0000:0000:0000:0113 
C)  BB80:0000:0000:0000:0000:0000:0000:1130 
D)  0000:0000:0000:0000:0000:0000:BB80:1130

Question 10

What is the IPv6 prefix of the address 2001:00cb:1562:0dc3:5400:0001:24a0:0014 if the prefix length is /56?

Accepted Answer

A)  2001:00cb:1562:0dc3:5: 
B)  2001:00cb:1562: 
C)  2001:00cb:1562:0dc: 
D)  2001:00cb:1562:0d: 
A)  2001:00cb:1562:0dc3:5: 
B)  2001:00cb:1562: 
C)  2001:00cb:1562:0dc: 
D)  2001:00cb:1562:0d:

Question 11

Which of the following is the correct abbreviated prefix for IPv6 address 0880:BB70:BBBB:0000:0000:0000:0000:0113, assuming a mask of /32?

Accepted Answer

A)  880:BB70::/32 
B)  880:BB70:BBBB::/32 
C)  880:BB70:BBBB::0113/32 
D)  ::0113/32 
A)  880:BB70::/32 
B)  880:BB70:BBBB::/32 
C)  880:BB70:BBBB::0113/32 
D)  ::0113/32

Question 12

What protocol was used as a replacement for ARP when using IPv6?

Accepted Answer

A)  ARPv3 
B)  RDP 
C)  NDP 
D)  CDP 
A)  ARPv3 
B)  RDP 
C)  NDP 
D)  CDP

Question 13

What is the shortest valid abbreviation of the IPv6 address 2001:00cb:1562:0dc3:5400:0001:24a0:0014?

Accepted Answer

A)  2001:cb:1562:dc3:54::1:24a0:14 
B)  2001:cb:1562:0dc3:5400::1:24a::14 
C)  2001:cb:1562:dc3:54:1:24a: 14 
D)  2001:cb:1562:dc3:5400:1:24a:14 
A)  2001:cb:1562:dc3:54::1:24a0:14 
B)  2001:cb:1562:0dc3:5400::1:24a::14 
C)  2001:cb:1562:dc3:54:1:24a: 14 
D)  2001:cb:1562:dc3:5400:1:24a:14

Question 14

Which of the following is the unabbreviated version of IPv6 address 2811:FF08::20:48?

Accepted Answer

A)  2811:FF08:0000:0000:0020:0048 
B)  2811:FF08:0000:0000:0000:0000:2000:4800 
C)  2811:FF08:0000:0000:0000:0000:0020:0048 
D)  2811:FF08:0020:0048:0000:0000:0000:0000 
A)  2811:FF08:0000:0000:0020:0048 
B)  2811:FF08:0000:0000:0000:0000:2000:4800 
C)  2811:FF08:0000:0000:0000:0000:0020:0048 
D)  2811:FF08:0020:0048:0000:0000:0000:0000

Exam 22: Fundamentals of IP Version 6

Which of the following is the correct abbreviated prefix for IPv6 address 0880:BB80:AAAA:00F0:0770:0010:0000:0113, assuming a mask of /36?

What is the binary equivalent of the hex digit E?

What is the shortest valid abbreviation of the IPv6 address 3000:bdea:0345:00cb:bd00:00ae:bd00:aecb?

Which of the following is the shortest valid abbreviation for the IPv6 address FEE0:0000:0000:0880:0000:0010:0000:003?

What is the binary equivalent of the hex digit C?

What version of OSPF was specifically developed as a result of IPv6?

What is the IPv6 prefix of the address 3000:bdea:0345:00cb:bd00:00ae:bd00:aecb if the prefix length is /64?

Which of the following is the correct abbreviated prefix for IPv6 address A880:BE70:EEEE:8817:6700:0000:0000:0188, assuming a mask of /56?

Which of the following is the unabbreviated version of IPv6 address BB8::113?

What is the IPv6 prefix of the address 2001:00cb:1562:0dc3:5400:0001:24a0:0014 if the prefix length is /56?

Which of the following is the correct abbreviated prefix for IPv6 address 0880:BB70:BBBB:0000:0000:0000:0000:0113, assuming a mask of /32?

What protocol was used as a replacement for ARP when using IPv6?

What is the shortest valid abbreviation of the IPv6 address 2001:00cb:1562:0dc3:5400:0001:24a0:0014?

Which of the following is the unabbreviated version of IPv6 address 2811:FF08::20:48?

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

Ipv6 Addressing and Subnetting

Implementing IPV6 Addressing on Routers

Implementing IPV6 Routing

Fundamentals of Wireless Networks

Analyzing Cisco Wireless Architectures

Securing Wireless Networks

Building a Wireless Lan

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