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IP Addressing and DHCP

Total questions: 20

Worksheet time: 10mins

Name
Class
Date
1.

An 8-bit binary number. An IPv4 address consists of four of these that are separated by a dot.

a)

Subnet

b)

Octet

c)

Quartet

2.

A 32-bit number that defines which portion of an IPv4 address identifies the network address and which portion of the address defines the host address.

a)

Default Gateway

b)

Subnet Address

c)

Subnet Mask

3.

A nonprofit, private American corporation that oversees global IP address allocation, autonomous system number allocation, root zone management in the Domain Name System, media types, and other Internet Protocol-related symbols and internet numbers.

a)

IANA

b)

Public IP

c)

Private IP

4.

An IP address that is used to access the internet.

a)

Public IP

b)

Private IP

c)

Intranet

5.

An IP address that is used only on an internal network. These IP addresses do not go out on the internet.

a)

Public IP Address

b)

Private IP Address

c)

Network Address

6.

A feature that allows a device to automatically assign itself an IP address on the 169.254.0.0 network when a DHCP server or manual configuration is unavailable.

a)

Static IP Addressing

b)

DHCP

c)

Automatic Private IP Addressing

7.

This special address is also known as home or localhost. This address is reserved by each network interface card (NIC) and is used for testing purposes.
Ping requests can be sent to this address and if returned means that the NIC is capable of sending and receiving data packets.

a)

Broadcast Address

b)

Loopback Address

c)

Network Address

8.

The last valid IP address on a network. It is reserved for specific functions. Any packet sent to this address will be sent to all devices on the network.

a)

Network Address

b)

Host Address

c)

Broadcast Address

9.

The first valid IP address on the network. This address is used for routing purposes to identify the network.

a)

IP Address

b)

Network Address

c)

Default Gateway

10.

The process of dividing a large network into smaller networks.

a)

Subnetting

b)

DHCP

c)

DNS

11.

Subnetting method in which each created subnet has an equal number of addresses.

a)

Fixed-length subnet mask

b)

Variable-length subnet mask

c)

Subnet mask

12.

Subnetting method in which each subnet can be a different size.

a)

Variable-length subnet mask (VLSM)

b)

Fixed-length subnet mask (FLSM)

c)

ANDing

13.

A method for allocating IP addresses and for IP routing. This is a simplified method of writing a network address with a slash followed by the number of bits in the network ID.

a)

ANDing

b)

Subnetting

c)

Classless Inter-Domain Routing (CIDR)

14.

The process used to determine the network address/ID.

a)

ANDing

b)

Subnetting

c)

Reserving

15.

The range of IP addresses that the DHCP server can assign.

a)

IP range

b)

Subnet mask

c)

Exclusions

16.

The structure of an IP address that defines the network ID and host ID.

a)

Subnet mask

b)

Exclusions

c)

Default gateway

17.

IP addresses that the DHCP server will not assign.

a)

Exclusions

b)

Static

c)

DHCP lease time

18.

Static IP addresses that are not dynamically assigned by the DHCP server.

a)

Reservations

b)

Exclusions

c)

Class C

19.

The specified amount of time that an IP configuration assigned by DHCP is valid. It is specified when a device is assigned an IP configuration.

a)

DHCP lease time

b)

Gateway timeout

c)

Latency

20.

This is where data packets that are leaving the network should go to be routed. Also should be your first usable IP address on a network.

a)

Default gateway

b)

Domain Name System

c)

Network address