Deck 13: How the Internet Works
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Deck 13: How the Internet Works
1
Public IP addresses are valid within:
A) a LAN.
B) a root server.
C) the Internet.
D) a WAN.
E) a system.
A) a LAN.
B) a root server.
C) the Internet.
D) a WAN.
E) a system.
C
2
A service that provides temporary private IP addresses to computer users is called:
A) LAN IP.
B) DNS.
C) DHCP.
D) TCP/IP.
A) LAN IP.
B) DNS.
C) DHCP.
D) TCP/IP.
C
3
The is the process of changing public IP addresses into private IP addresses.
A) conversion
B) IEEE
C) NAT
D) OSI
E) MAC addresses
A) conversion
B) IEEE
C) NAT
D) OSI
E) MAC addresses
C
4
Routers and other devices provide the service of:
A) URL registration.
B) traffic maintenance.
C) NAT.
D) programming support.
E) query support.
A) URL registration.
B) traffic maintenance.
C) NAT.
D) programming support.
E) query support.
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5
Switches work with at Layer 2.
A) NAT
B) MAC addresses
C) ISPs
D) frames
E) packets
A) NAT
B) MAC addresses
C) ISPs
D) frames
E) packets
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6
The Internet is based on a packet- switching protocol called:
A) NAT.
B) SOHO.
C) SMTP.
D) ftp.
E) TCP/IP.
A) NAT.
B) SOHO.
C) SMTP.
D) ftp.
E) TCP/IP.
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7
208.77.188.103 is an example of a(n) .
A) Domain registration
B) DNS
C) IP address
D) Domain name
A) Domain registration
B) DNS
C) IP address
D) Domain name
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8
Routers work with at Layer 3.
A) frames
B) MAC addresses
C) packets
D) NAT
E) ISPs
A) frames
B) MAC addresses
C) packets
D) NAT
E) ISPs
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9
licenses other agencies to register unique domain names and their associated IP addresses.
A) SOHO
B) DNS
C) ICANN
D) IETF
E) DSL
A) SOHO
B) DNS
C) ICANN
D) IETF
E) DSL
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10
A document's address on the web is its .
A) DNR
B) ICAAN
C) TLD
D) DNS
E) URL
A) DNR
B) ICAAN
C) TLD
D) DNS
E) URL
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11
is a standard email protocol.
A) FTP
B) HTTP
C) TCP/IP
D) OSI
E) SMTP
A) FTP
B) HTTP
C) TCP/IP
D) OSI
E) SMTP
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12
A resolves domain names into IP addresses.
A) DHCP
B) DNS
C) LAN IP
D) TCP/IP
A) DHCP
B) DNS
C) LAN IP
D) TCP/IP
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13
A(n) program examines your email and attachments and breaks a lengthy message into pieces called segments.
A) SMTP
B) ftp
C) http
D) OSI
E) TCP
A) SMTP
B) ftp
C) http
D) OSI
E) TCP
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14
Every domain name in the world is .
A) resolved
B) unique
C) saved on every computer
D) available
A) resolved
B) unique
C) saved on every computer
D) available
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15
ICANN manages thirteen _ that maintain a list of IP addresses of servers that resolve each type of TLD.
A) TLD servers
B) DNS servers
C) URL servers
D) root servers
E) cache servers
A) TLD servers
B) DNS servers
C) URL servers
D) root servers
E) cache servers
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16
Public IP addresses are converted to private ones and vice versa using:
A) ATM.
B) NAT.
C) )NET.
D) MAC.
E) PSDN.
A) ATM.
B) NAT.
C) )NET.
D) MAC.
E) PSDN.
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17
Private IP addresses are valid within:
A) the Internet.
B) a system.
C) a LAN.
D) a WAN.
E) a root server.
A) the Internet.
B) a system.
C) a LAN.
D) a WAN.
E) a root server.
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18
The protocol is used for the processing of Web pages.
A) social
B) TCP/IP
C) ftp
D) http
E) OSI
A) social
B) TCP/IP
C) ftp
D) http
E) OSI
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19
administers domain name registration.
A) ICAAN
B) URL
C) TLD
D) ICANN
E) DNR
A) ICAAN
B) URL
C) TLD
D) ICANN
E) DNR
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20
In the various layers of a network architecture, a is a set of rules that accomplish the tasks assigned to that layer.
A) protocol
B) frame
C) models
D) logic
E) segment
A) protocol
B) frame
C) models
D) logic
E) segment
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21
IP addresses are also called _.
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22
The network architecture is divided into five layers.
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23
The process of changing a name into its IP address is called the domain name.
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24
TCP is a communications protocol that helps break messages and files into .
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25
A picture file attached to an email message will probably be broken into chunks or
of data when transmitted over a variety of networks to its eventual destination.
of data when transmitted over a variety of networks to its eventual destination.
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26
Domain names are resolved into IP addresses by the _ _.
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27
is a protocol used to copy files from one computer to another.
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28
The last letters in any domain name are referred to as the _ .
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29
maintain lists of IP addresses that resolve each type of top- level domain.
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30
URL stands for .
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31
A network
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32
The converts user- friendly names into their IP addresses.
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33
provides temporary private IP addresses to computer users.
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34
A network is a set of rules for accomplishing the functions of a particular layer.
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35
SMTP is an example of a network .
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36
Network devices have two addresses; a physical MAC address and a logical .
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37
is an unrestricted top- level domain that was intended for network providers.
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38
The letters in a domain name are known as the top- level domain name.
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39
A network has a table of data to help route traffic to the right destination.
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40
is a nonprofit organization that is responsible for administering the registration of domain names.
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41
Email programs operate primarily at the transport layer.
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42
File Transfer Protocol is an application- layer protocol.
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43
The Internet has adopted the TCP/IP- OSI architecture.
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44
Every NIC is given a MAC address at the factory.
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45
Switches employ a table to tell it where to direct traffic.
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46
The Internet Engineering Task Force developed a five layer protocol architecture known as TCP/IP- OSI.
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47
The ISO developed TCP/IP layered protocol.
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48
In most cases, when you plug your computer into a network, a program in Windows or other operating system will search that network for a DHCP server.
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49
Not every layer has a protocol associated with it.
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50
The DNS converts IP addresses into user- friendly domain names.
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51
IP addresses are not permanently associated with a given hardware device.
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52
A protocol is a standardized means for coordinating an activity between two or more entities.
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53
The TCP program breaks messages down into packets.
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54
Routers use a routing table to tell it where to send traffic.
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55
The TCP layer packages each segmane into packets.
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56
A communications protocol is used to coordinate activity between a computer and a router.
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57
The process of changing public IP addresses into private IP addresses is called Network Address Translation (NAT).
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58
IP addresses are also called physical addresses.
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59
SMTP and HTTP are examples of Layer 5 protocols.
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60
In a private network, administrators cannot manually assign IP addresses.
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61
You are a master of the Japanese art of calligraphy. All your friends and family have told you that you should start a business selling your calligraphy on the Web. You would like to call it "Magic Strokes". Explain how you would go about deciding on a top- level- domain and registering your name. Go to icann.org and see if it is available and how much it would cost.
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62
What is a DNS and how does it work with IP addresses?
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63
What are the two kinds of IP addresses and how do they work?
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64
What is the TCP/IP- OSI architecture? Briefly describe how the five layers work.
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