Question 1

You are given the IP address 200.1.1.130 and the mask 255.255.255.224. Identify the subnet number.

Accepted Answer

A)  200.1.1.96 
B)  200.1.1.128 
C)  200.1.1.160 
D)  200.1.1.192 
A)  200.1.1.96 
B)  200.1.1.128 
C)  200.1.1.160 
D)  200.1.1.192

Question 2

Which of the following are valid subnet IDs for network 172.16.0.0, assuming mask 255.255.224.0 is used throughout network 172.16.0.0?

Accepted Answer

A)  172.16.1.16 
B)  172.16.0.0 
C)  172.16.240.0 
D)  172.16.160.0 
E)  172.16.248.0 
A)  172.16.1.16 
B)  172.16.0.0 
C)  172.16.240.0 
D)  172.16.160.0 
E)  172.16.248.0

Question 3

Which of the options shown does NOT mean the same thing?

Accepted Answer

A)  Subnet ID 
B)  Subnet number 
C)  Subnet broadcast 
D)  Subnet address 
A)  Subnet ID 
B)  Subnet number 
C)  Subnet broadcast 
D)  Subnet address

Question 4

For the address 172.30.173.68/23, what is the binary conversion of the broadcast address?

Accepted Answer

A)  10101100 00011110 10101100 11111111 
B)  10101100 00011110 10101101 11111111 
C)  10101100 00011110 10101110 11111111 
D)  10101100 00011110 10101111 11111111 
A)  10101100 00011110 10101100 11111111 
B)  10101100 00011110 10101101 11111111 
C)  10101100 00011110 10101110 11111111 
D)  10101100 00011110 10101111 11111111

Question 5

The address that, when converted to binary, has all 1s in the host bits, is referred to as the ________.

Accepted Answer

A)  Broadcast address 
B)  First address in a subnet 
C)  Subnet address 
D)  Unicast address for the subnet 
A)  Broadcast address 
B)  First address in a subnet 
C)  Subnet address 
D)  Unicast address for the subnet

Question 6

For the IP address 10.64.17.4/19, how many configurable network, subnet, and host bits exist?

Accepted Answer

A)  Network: 15, subnet: 3, host: 13 
B)  Network: 15, subnet: 12, host: 4 
C)  Network: 7, subnet: 13, host: 11 
D)  Network: 7, subnet: 11, host: 13 
A)  Network: 15, subnet: 3, host: 13 
B)  Network: 15, subnet: 12, host: 4 
C)  Network: 7, subnet: 13, host: 11 
D)  Network: 7, subnet: 11, host: 13

Question 7

The address that, when converted to binary, has all 0s in the host bits, is referred to as the ________.

Accepted Answer

A)  Broadcast address 
B)  First address in a subnet 
C)  Subnet address 
D)  Last address in a subnet 
A)  Broadcast address 
B)  First address in a subnet 
C)  Subnet address 
D)  Last address in a subnet

Question 8

Which of the following is the resident subnet for the IP address 192.168.10.33/29?

Accepted Answer

A)  192.168.10.24 
B)  192.168.10.32 
C)  192.168.10.40 
D)  192.168.10.48 
A)  192.168.10.24 
B)  192.168.10.32 
C)  192.168.10.40 
D)  192.168.10.48

Question 9

Which of the following is the resident subnet for the IP address 187.225.25.48/20?

Accepted Answer

A)  187.225.48.0 
B)  187.225.32.0 
C)  187.225.16.0 
D)  187.225.0.0 
A)  187.225.48.0 
B)  187.225.32.0 
C)  187.225.16.0 
D)  187.225.0.0

You are given the IP address 200.1.1.130 and the mask 255.255.255.224. Identify the subnet number.

Which of the following are valid subnet IDs for network 172.16.0.0, assuming mask 255.255.224.0 is used throughout network 172.16.0.0?

Which of the options shown does NOT mean the same thing?

For the address 172.30.173.68/23, what is the binary conversion of the broadcast address?

The address that, when converted to binary, has all 1s in the host bits, is referred to as the ________.

For the IP address 10.64.17.4/19, how many configurable network, subnet, and host bits exist?

The address that, when converted to binary, has all 0s in the host bits, is referred to as the ________.

Which of the following is the resident subnet for the IP address 192.168.10.33/29?

Which of the following is the resident subnet for the IP address 187.225.25.48/20?

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

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

Implementing IPV6 Routing

Fundamentals of Wireless Networks

Analyzing Cisco Wireless Architectures

Securing Wireless Networks

Building a Wireless Lan

Filters

Exam 14: Analyzing Existing Subnets

You are given the IP address 200.1.1.130 and the mask 255.255.255.224. Identify the subnet number.

Which of the following are valid subnet IDs for network 172.16.0.0, assuming mask 255.255.224.0 is used throughout network 172.16.0.0?

Which of the options shown does NOT mean the same thing?

For the address 172.30.173.68/23, what is the binary conversion of the broadcast address?

The address that, when converted to binary, has all 1s in the host bits, is referred to as the ________.

For the IP address 10.64.17.4/19, how many configurable network, subnet, and host bits exist?

The address that, when converted to binary, has all 0s in the host bits, is referred to as the ________.

Which of the following is the resident subnet for the IP address 192.168.10.33/29?

Which of the following is the resident subnet for the IP address 187.225.25.48/20?

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

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

Implementing IPV6 Routing

Fundamentals of Wireless Networks

Analyzing Cisco Wireless Architectures

Securing Wireless Networks

Building a Wireless Lan

Filters