Deck 5: Protocols and Network Software
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Deck 5: Protocols and Network Software
1
When using a sliding window, the receiving host can even accept packets out of order and reorganize them as it waits for more packets to arrive.
True
2
Users can be grouped into logical groups called domains.
True
3
A designator enables the network interface card (NIC) and the client's operating system to communicate.
False
4
The combination of an IP address and a port number is known as a socket and is separated by a colon, such as 198.146.118.20:80.
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5
A designator is designed to keep track of which drive letter is associated with which network device.
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6
With a Class A address, the first octet indicates the number of the network and the remaining three octets make up the number of the host.
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7
There can be over 2 million Class C network numbers, but each network can have only 254 hosts.
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8
A _____ protocol places the packets on the network and then assumes that they will arrive at the destination.
A) stateful
B) datagram
C) link
D) connectionless
A) stateful
B) datagram
C) link
D) connectionless
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9
A directory service is a database stored on the client that contains information about users and network devices and their privileges to those devices.
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10
The job of the _____ layer of the OSI reference model is to send the signal to the network or receive the signal from the network.
A) Physical
B) Data Link
C) Network
D) Session
A) Physical
B) Data Link
C) Network
D) Session
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11
The current version of the IP protocol is version 2, called IPv2.
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12
A combination of protocols is known as a(n) _____.
A) suite
B) collection
C) grouping
D) ING
A) suite
B) collection
C) grouping
D) ING
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13
The first Class B network number can be from 128 to 191 , but the second network number and each of the host numbers can be from 1 to 254.
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14
The "flow" between layers in the OSI reference model goes _____ when data is being sent out to the network.
A) down
B) across
C) through
D) up
A) down
B) across
C) through
D) up
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15
Because TCP/IP is a connection-oriented protocol, it establishes a session (or link) between the devices known as a two-way handshake.
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16
A port number identifies what program or service on the receiving computer is being accessed.
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17
IPv6 uses a fixed packet header size of 24 bytes, so information always appears in the same place.
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18
The number of layers in the OSI reference model is _____.
A) five
B) six
C) seven
D) eight
A) five
B) six
C) seven
D) eight
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19
Before a user can print a document on a particular network printer, he or she must have been given permission to do so.
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20
In order for a NIC to communicate with the computer in which it is installed, special software known as a device driver must be installed.
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21
The "flow" between layers goes ____________________ when data is being received from the network.
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22
An IP address is made up of four _____.
A) bits
B) octets
C) binaries
D) hosts
A) bits
B) octets
C) binaries
D) hosts
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23
The range of IP addresses from 192.168.0.0 - 192.168.255.255 are used as _____ addresses.
A) experimental
B) private
C) public
D) loopback
A) experimental
B) private
C) public
D) loopback
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24
The protocol that is used to determine the MAC address if the IP address is known is called _____.
A) DHCP
B) TCP
C) ARP
D) DNS
A) DHCP
B) TCP
C) ARP
D) DNS
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25
With a subnet mask, a 1 represents a(n) _____.
A) network
B) host
C) subnetwork
D) RPR
A) network
B) host
C) subnetwork
D) RPR
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26
Class E and Class _____ addresses are for special uses.
A) F
B) D
C) G
D) Z
A) F
B) D
C) G
D) Z
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27
Each of the following is a protocol of TCP/IP except _____.
A) IP
B) ARP
C) TCP
D) SMSS
A) IP
B) ARP
C) TCP
D) SMSS
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28
The IP address is also called the _____ address.
A) TCP
B) logical
C) physical
D) static
A) TCP
B) logical
C) physical
D) static
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29
Each Class C network address can have _____ hosts.
A) 16
B) 32
C) 254
D) 512
A) 16
B) 32
C) 254
D) 512
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30
A single Class A network can have how many hosts?
A) 254
B) 65,535
C) 128,903
D) 16,000,000
A) 254
B) 65,535
C) 128,903
D) 16,000,000
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31
The ____________________ layer is responsible for dividing the data into packets.
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32
The International Standards Organization (ISO) created a model that shows what happens during each step on a network and called it the ______________________________ reference model.
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33
With a Class _____ address, the first octet indicates the number of the network and the remaining three octets is the number of the host.
A) A
B) B
C) C
D) D
A) A
B) B
C) C
D) D
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34
The most common protocol suite used today for LANs as well as the Internet is _____.
A) DHS
B) TCP/IP
C) SMPT
D) UPD
A) DHS
B) TCP/IP
C) SMPT
D) UPD
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35
A TCP _____ number identifies what program or service on the receiving computer is being accessed.
A) host
B) network
C) port
D) socks
A) host
B) network
C) port
D) socks
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36
A(n) _________________________ protocol requires the devices to first establish a connection between themselves before sending any packets.
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37
The first octet of a Class _____ address is from 128 to 191.
A) A
B) B
C) C
D) D
A) A
B) B
C) C
D) D
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38
The reason for the popularity of TCP/IP for LANs is because it is the protocol used on the ____________________.
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39
The protocol that "leases" an IP address to a device is _____.
A) DHCP
B) RIP
C) TCP
D) IP
A) DHCP
B) RIP
C) TCP
D) IP
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40
IP addresses are broken down into groups called _____.
A) segments
B) hosts
C) pairs
D) classes
A) segments
B) hosts
C) pairs
D) classes
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41
Tell what private IP addresses are and how they are used.
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42
The IP address 198.146.118.20 is an example of ____________________ decimal notation.
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43
Another name for an IP address is a(n) ____________________ address.
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44
The ____________________ protocol is responsible for addressing the packets and sending them on the correct route to the destination.
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45
Explain subnet masking and how it is used.
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46
The _________________________ protocol is responsible for the reliable transmission of data from one device to another.
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47
An IP address is made up of four bytes called ____________________.
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48
How does Address Resolution Protocol (ARP) work?
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49
List and explain two ways in which IP addresses can be assigned to devices.
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50
Explain Class D multicast addresses.
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