Deck 9: Configuring a Network Connection

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Question
Which network component extends from a computer's NIC to a switch?

A)network interface
B)device driver
C)network medium
D)network protocol
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Question
A Web browser is an example of which type of network component?

A)network server
B)network protocol
C)network client
D)network interface
Question
Which network component is responsible for defining rules and formats a computer must used when sending information across a network?

A)network server
B)network protocol
C)network client
D)network interface
Question
When two computers are communicating on a LAN, which part of the process adds MAC addresses of the sending and receiving computers to the message?

A)network interface software
B)network client software
C)network server software
D)the name lookup procedure
Question
Network client software allows a computer to share its resources by responding to resource requests generated by network servers.
network clients.
Question
About how much data is typically transferred in each packet or frame?

A)1 MB
B)1500 bytes
C)15 KB
D)150 bytes
Question
Which of the following is NOT a function of a hub?

A)receives bit signals
B)inspects frames
C)strengthens signals
D)sends signals to other devices
Question
Which network component allows computers to communicate on a network without being connected directly to each other?

A)network medium
B)interconnecting device
C)network server
D)device driver
Question
Which of the following is NOT a typical reason for creating an internetwork?

A)groups of users should be logically separated
B)the LAN has grown and communication has become inefficient
C)you're running a legacy operating system on one of your servers
D)there is a long distance between groups of computers
Question
Your company has just opened an office in another state and you need the computers to communicate between the offices. What type of network should you create?

A)LAN
B)WAN
C)SAN
D)PAN
Question
A colleague has asked you where the media access control address of his computer is located? What do you tell him?

A)NIC
B)switch
C)BIOS
D)hub
Question
Routers do not forward broadcast packets.
Question
LANs form the building blocks for larger networks called internetworks.
Question
Your company has formed a partnership with another company and you want to allow certain resources to be shared between the two companies. What should you create?

A)an internet
B)an intranet
C)an extranet
D)a piconet
Question
In a network that uses TCP/IP, each computer has two addresses, a logical address and a physical address.
Question
File and Printer Sharing for Microsoft Network is an example of which type of network component?

A)network server
B)network protocol
C)network client
D)network interface
Question
The Internetwork layer is where the IP protocol operates.
Question
In which layer of the network communication process is the message packaged in a format suitable for the network and sent to the NIC driver?

A)User application
B)network client or server software
C)network protocol
D)network interface
Question
If a user wants to communicate with another computer using its name, what must be available on the network?

A)a file server
B)a Web server
C)a DHCP server
D)a name server
Question
Why is the MAC address also referred to as the physical address?

A)it describes which room the computer is in
B)it is stored as part of the NIC
C)it is part of the operating system
D)it is found on the system BIOS
Question
What is a Windows domain?
Question
Which of the following is NOT a task performed by a NIC and its driver?

A)connects the computer to the medium
B)receives frames from the network protocol
C)converts frame data into bit signals
D)receives bit signals and assembles them
Question
What are the five steps of a switch's operation?
Question
You want a Windows Server 2012 computer to handle network logons and enforce network access and security policies. How should you configure this computer?

A)with IIS
B)as a DNS server
C)as a domain controller
D)with NIS
Question
What is the function of the Transport layer of the OSI model?
Question
What are the four main tasks of the TCP/IP Internetwork layer?
Question
A computer's primary purpose is to serve Web pages and respond to email transfer requests. Which operating system are you most likely using?

A)Windows 10
B)Windows Server 2012
C)Mac OS X El Capitan
D)Ubuntu for desktops
Question
What part of a frame does a switch use to determine where to forward the frame?

A)source IP address
B)destination MAC address
C)destination IP address
D)source MAC address
Question
In a wireless network using an access point, how does the sending device know that the frame was received?

A)it does not receive an error message
B)it receives an acknowledgment
C)an ICMP timeout is received
D)it doesn't know the frame was received
Question
List three hardware components that are required to make several stand-alone computers a network of computers.
Question
Which type of cabling are you most likely to install in a new LAN to connect computers to switches?

A)coaxial
B)fiber optic
C)Cat 6
D)STP
Question
Describe the difference between a packet and a frame.
Question
Describe the difference between a LAN and a WAN.
Question
What is the function of a network hub?
Question
Which type of cabling are you most likely to install in a new LAN?

A)coaxial
B)fiber optic
C)Cat 6
D)STP
Question
You are diagnosing a network communication problem on a computer that uses the TCP/IP protocol. What address can you use to test network services without actually accessing the network medium?

A)10.0.0.1
B)1.0.0.0
C)127.0.0.1
D)0.0.0.0
Question
Which of the following is true of IPv6 addresses?

A)they are 128 bits in length
B)Windows Server 2012 does not support them
C)IPv6 follows IPv5 which used 48-bit addresses
D)they cannot be used for voice and video applications
Question
What are the key properties and features of a router versus a switch?
Question
Which of the following is a property or feature of a router?

A)connects the computer to the medium
B)reads the source and destination MAC addresses
C)forwards frames
D)works with packets
Question
Briefly describe a network.
Question
Match between columns
responsible for setting up, maintaining, and ending communication sequences
Application layer
responsible for setting up, maintaining, and ending communication sequences
Data Link layer
responsible for setting up, maintaining, and ending communication sequences
directory service
responsible for setting up, maintaining, and ending communication sequences
domain controller
responsible for setting up, maintaining, and ending communication sequences
encapsulation
responsible for setting up, maintaining, and ending communication sequences
multicasting
responsible for setting up, maintaining, and ending communication sequences
Network layer
responsible for setting up, maintaining, and ending communication sequences
Physical layer
responsible for setting up, maintaining, and ending communication sequences
packet
responsible for setting up, maintaining, and ending communication sequences
Session layer
Question
Match between columns
a chunk of data with source and destination IP addresses
Application layer
a chunk of data with source and destination IP addresses
Data Link layer
a chunk of data with source and destination IP addresses
directory service
a chunk of data with source and destination IP addresses
domain controller
a chunk of data with source and destination IP addresses
encapsulation
a chunk of data with source and destination IP addresses
multicasting
a chunk of data with source and destination IP addresses
Network layer
a chunk of data with source and destination IP addresses
Physical layer
a chunk of data with source and destination IP addresses
packet
a chunk of data with source and destination IP addresses
Session layer
Question
Match between columns
transmits and receives signals and specifies the physical details of cables
Application layer
transmits and receives signals and specifies the physical details of cables
Data Link layer
transmits and receives signals and specifies the physical details of cables
directory service
transmits and receives signals and specifies the physical details of cables
domain controller
transmits and receives signals and specifies the physical details of cables
encapsulation
transmits and receives signals and specifies the physical details of cables
multicasting
transmits and receives signals and specifies the physical details of cables
Network layer
transmits and receives signals and specifies the physical details of cables
Physical layer
transmits and receives signals and specifies the physical details of cables
packet
transmits and receives signals and specifies the physical details of cables
Session layer
Question
Match between columns
handles logical addressing and routing of PDUs across internetworks
Application layer
handles logical addressing and routing of PDUs across internetworks
Data Link layer
handles logical addressing and routing of PDUs across internetworks
directory service
handles logical addressing and routing of PDUs across internetworks
domain controller
handles logical addressing and routing of PDUs across internetworks
encapsulation
handles logical addressing and routing of PDUs across internetworks
multicasting
handles logical addressing and routing of PDUs across internetworks
Network layer
handles logical addressing and routing of PDUs across internetworks
Physical layer
handles logical addressing and routing of PDUs across internetworks
packet
handles logical addressing and routing of PDUs across internetworks
Session layer
Question
Match between columns
a packet is addressed so that more than one destination can receive it
Application layer
a packet is addressed so that more than one destination can receive it
Data Link layer
a packet is addressed so that more than one destination can receive it
directory service
a packet is addressed so that more than one destination can receive it
domain controller
a packet is addressed so that more than one destination can receive it
encapsulation
a packet is addressed so that more than one destination can receive it
multicasting
a packet is addressed so that more than one destination can receive it
Network layer
a packet is addressed so that more than one destination can receive it
Physical layer
a packet is addressed so that more than one destination can receive it
packet
a packet is addressed so that more than one destination can receive it
Session layer
Question
Match between columns
the process of adding header and trailer information to chunks of data
Application layer
the process of adding header and trailer information to chunks of data
Data Link layer
the process of adding header and trailer information to chunks of data
directory service
the process of adding header and trailer information to chunks of data
domain controller
the process of adding header and trailer information to chunks of data
encapsulation
the process of adding header and trailer information to chunks of data
multicasting
the process of adding header and trailer information to chunks of data
Network layer
the process of adding header and trailer information to chunks of data
Physical layer
the process of adding header and trailer information to chunks of data
packet
the process of adding header and trailer information to chunks of data
Session layer
Question
Match between columns
a computer running Windows Server with Active Directory installed
Application layer
a computer running Windows Server with Active Directory installed
Data Link layer
a computer running Windows Server with Active Directory installed
directory service
a computer running Windows Server with Active Directory installed
domain controller
a computer running Windows Server with Active Directory installed
encapsulation
a computer running Windows Server with Active Directory installed
multicasting
a computer running Windows Server with Active Directory installed
Network layer
a computer running Windows Server with Active Directory installed
Physical layer
a computer running Windows Server with Active Directory installed
packet
a computer running Windows Server with Active Directory installed
Session layer
Question
Match between columns
manages centralized access and security in a server-based network
Application layer
manages centralized access and security in a server-based network
Data Link layer
manages centralized access and security in a server-based network
directory service
manages centralized access and security in a server-based network
domain controller
manages centralized access and security in a server-based network
encapsulation
manages centralized access and security in a server-based network
multicasting
manages centralized access and security in a server-based network
Network layer
manages centralized access and security in a server-based network
Physical layer
manages centralized access and security in a server-based network
packet
manages centralized access and security in a server-based network
Session layer
Question
Match between columns
responsible for managing access to the network medium and delivery of data frames
Application layer
responsible for managing access to the network medium and delivery of data frames
Data Link layer
responsible for managing access to the network medium and delivery of data frames
directory service
responsible for managing access to the network medium and delivery of data frames
domain controller
responsible for managing access to the network medium and delivery of data frames
encapsulation
responsible for managing access to the network medium and delivery of data frames
multicasting
responsible for managing access to the network medium and delivery of data frames
Network layer
responsible for managing access to the network medium and delivery of data frames
Physical layer
responsible for managing access to the network medium and delivery of data frames
packet
responsible for managing access to the network medium and delivery of data frames
Session layer
Question
Match between columns
provides interfaces that enable software to request and receive network services
Application layer
provides interfaces that enable software to request and receive network services
Data Link layer
provides interfaces that enable software to request and receive network services
directory service
provides interfaces that enable software to request and receive network services
domain controller
provides interfaces that enable software to request and receive network services
encapsulation
provides interfaces that enable software to request and receive network services
multicasting
provides interfaces that enable software to request and receive network services
Network layer
provides interfaces that enable software to request and receive network services
Physical layer
provides interfaces that enable software to request and receive network services
packet
provides interfaces that enable software to request and receive network services
Session layer
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Deck 9: Configuring a Network Connection
1
Which network component extends from a computer's NIC to a switch?

A)network interface
B)device driver
C)network medium
D)network protocol
C
2
A Web browser is an example of which type of network component?

A)network server
B)network protocol
C)network client
D)network interface
C
3
Which network component is responsible for defining rules and formats a computer must used when sending information across a network?

A)network server
B)network protocol
C)network client
D)network interface
B
4
When two computers are communicating on a LAN, which part of the process adds MAC addresses of the sending and receiving computers to the message?

A)network interface software
B)network client software
C)network server software
D)the name lookup procedure
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5
Network client software allows a computer to share its resources by responding to resource requests generated by network servers.
network clients.
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k this deck
6
About how much data is typically transferred in each packet or frame?

A)1 MB
B)1500 bytes
C)15 KB
D)150 bytes
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Unlock Deck
k this deck
7
Which of the following is NOT a function of a hub?

A)receives bit signals
B)inspects frames
C)strengthens signals
D)sends signals to other devices
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Unlock for access to all 50 flashcards in this deck.
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k this deck
8
Which network component allows computers to communicate on a network without being connected directly to each other?

A)network medium
B)interconnecting device
C)network server
D)device driver
Unlock Deck
Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
9
Which of the following is NOT a typical reason for creating an internetwork?

A)groups of users should be logically separated
B)the LAN has grown and communication has become inefficient
C)you're running a legacy operating system on one of your servers
D)there is a long distance between groups of computers
Unlock Deck
Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
10
Your company has just opened an office in another state and you need the computers to communicate between the offices. What type of network should you create?

A)LAN
B)WAN
C)SAN
D)PAN
Unlock Deck
Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
11
A colleague has asked you where the media access control address of his computer is located? What do you tell him?

A)NIC
B)switch
C)BIOS
D)hub
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k this deck
12
Routers do not forward broadcast packets.
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k this deck
13
LANs form the building blocks for larger networks called internetworks.
Unlock Deck
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k this deck
14
Your company has formed a partnership with another company and you want to allow certain resources to be shared between the two companies. What should you create?

A)an internet
B)an intranet
C)an extranet
D)a piconet
Unlock Deck
Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
15
In a network that uses TCP/IP, each computer has two addresses, a logical address and a physical address.
Unlock Deck
Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
16
File and Printer Sharing for Microsoft Network is an example of which type of network component?

A)network server
B)network protocol
C)network client
D)network interface
Unlock Deck
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Unlock Deck
k this deck
17
The Internetwork layer is where the IP protocol operates.
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18
In which layer of the network communication process is the message packaged in a format suitable for the network and sent to the NIC driver?

A)User application
B)network client or server software
C)network protocol
D)network interface
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Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
19
If a user wants to communicate with another computer using its name, what must be available on the network?

A)a file server
B)a Web server
C)a DHCP server
D)a name server
Unlock Deck
Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
20
Why is the MAC address also referred to as the physical address?

A)it describes which room the computer is in
B)it is stored as part of the NIC
C)it is part of the operating system
D)it is found on the system BIOS
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k this deck
21
What is a Windows domain?
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k this deck
22
Which of the following is NOT a task performed by a NIC and its driver?

A)connects the computer to the medium
B)receives frames from the network protocol
C)converts frame data into bit signals
D)receives bit signals and assembles them
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k this deck
23
What are the five steps of a switch's operation?
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k this deck
24
You want a Windows Server 2012 computer to handle network logons and enforce network access and security policies. How should you configure this computer?

A)with IIS
B)as a DNS server
C)as a domain controller
D)with NIS
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k this deck
25
What is the function of the Transport layer of the OSI model?
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26
What are the four main tasks of the TCP/IP Internetwork layer?
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27
A computer's primary purpose is to serve Web pages and respond to email transfer requests. Which operating system are you most likely using?

A)Windows 10
B)Windows Server 2012
C)Mac OS X El Capitan
D)Ubuntu for desktops
Unlock Deck
Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
28
What part of a frame does a switch use to determine where to forward the frame?

A)source IP address
B)destination MAC address
C)destination IP address
D)source MAC address
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Unlock Deck
k this deck
29
In a wireless network using an access point, how does the sending device know that the frame was received?

A)it does not receive an error message
B)it receives an acknowledgment
C)an ICMP timeout is received
D)it doesn't know the frame was received
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k this deck
30
List three hardware components that are required to make several stand-alone computers a network of computers.
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Unlock Deck
k this deck
31
Which type of cabling are you most likely to install in a new LAN to connect computers to switches?

A)coaxial
B)fiber optic
C)Cat 6
D)STP
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k this deck
32
Describe the difference between a packet and a frame.
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33
Describe the difference between a LAN and a WAN.
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34
What is the function of a network hub?
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35
Which type of cabling are you most likely to install in a new LAN?

A)coaxial
B)fiber optic
C)Cat 6
D)STP
Unlock Deck
Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
36
You are diagnosing a network communication problem on a computer that uses the TCP/IP protocol. What address can you use to test network services without actually accessing the network medium?

A)10.0.0.1
B)1.0.0.0
C)127.0.0.1
D)0.0.0.0
Unlock Deck
Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
37
Which of the following is true of IPv6 addresses?

A)they are 128 bits in length
B)Windows Server 2012 does not support them
C)IPv6 follows IPv5 which used 48-bit addresses
D)they cannot be used for voice and video applications
Unlock Deck
Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
38
What are the key properties and features of a router versus a switch?
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k this deck
39
Which of the following is a property or feature of a router?

A)connects the computer to the medium
B)reads the source and destination MAC addresses
C)forwards frames
D)works with packets
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k this deck
40
Briefly describe a network.
Unlock Deck
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41
Match between columns
responsible for setting up, maintaining, and ending communication sequences
Application layer
responsible for setting up, maintaining, and ending communication sequences
Data Link layer
responsible for setting up, maintaining, and ending communication sequences
directory service
responsible for setting up, maintaining, and ending communication sequences
domain controller
responsible for setting up, maintaining, and ending communication sequences
encapsulation
responsible for setting up, maintaining, and ending communication sequences
multicasting
responsible for setting up, maintaining, and ending communication sequences
Network layer
responsible for setting up, maintaining, and ending communication sequences
Physical layer
responsible for setting up, maintaining, and ending communication sequences
packet
responsible for setting up, maintaining, and ending communication sequences
Session layer
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Unlock for access to all 50 flashcards in this deck.
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42
Match between columns
a chunk of data with source and destination IP addresses
Application layer
a chunk of data with source and destination IP addresses
Data Link layer
a chunk of data with source and destination IP addresses
directory service
a chunk of data with source and destination IP addresses
domain controller
a chunk of data with source and destination IP addresses
encapsulation
a chunk of data with source and destination IP addresses
multicasting
a chunk of data with source and destination IP addresses
Network layer
a chunk of data with source and destination IP addresses
Physical layer
a chunk of data with source and destination IP addresses
packet
a chunk of data with source and destination IP addresses
Session layer
Unlock Deck
Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
43
Match between columns
transmits and receives signals and specifies the physical details of cables
Application layer
transmits and receives signals and specifies the physical details of cables
Data Link layer
transmits and receives signals and specifies the physical details of cables
directory service
transmits and receives signals and specifies the physical details of cables
domain controller
transmits and receives signals and specifies the physical details of cables
encapsulation
transmits and receives signals and specifies the physical details of cables
multicasting
transmits and receives signals and specifies the physical details of cables
Network layer
transmits and receives signals and specifies the physical details of cables
Physical layer
transmits and receives signals and specifies the physical details of cables
packet
transmits and receives signals and specifies the physical details of cables
Session layer
Unlock Deck
Unlock for access to all 50 flashcards in this deck.
Unlock Deck
k this deck
44
Match between columns
handles logical addressing and routing of PDUs across internetworks
Application layer
handles logical addressing and routing of PDUs across internetworks
Data Link layer
handles logical addressing and routing of PDUs across internetworks
directory service
handles logical addressing and routing of PDUs across internetworks
domain controller
handles logical addressing and routing of PDUs across internetworks
encapsulation
handles logical addressing and routing of PDUs across internetworks
multicasting
handles logical addressing and routing of PDUs across internetworks
Network layer
handles logical addressing and routing of PDUs across internetworks
Physical layer
handles logical addressing and routing of PDUs across internetworks
packet
handles logical addressing and routing of PDUs across internetworks
Session layer
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Unlock for access to all 50 flashcards in this deck.
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45
Match between columns
a packet is addressed so that more than one destination can receive it
Application layer
a packet is addressed so that more than one destination can receive it
Data Link layer
a packet is addressed so that more than one destination can receive it
directory service
a packet is addressed so that more than one destination can receive it
domain controller
a packet is addressed so that more than one destination can receive it
encapsulation
a packet is addressed so that more than one destination can receive it
multicasting
a packet is addressed so that more than one destination can receive it
Network layer
a packet is addressed so that more than one destination can receive it
Physical layer
a packet is addressed so that more than one destination can receive it
packet
a packet is addressed so that more than one destination can receive it
Session layer
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Unlock for access to all 50 flashcards in this deck.
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46
Match between columns
the process of adding header and trailer information to chunks of data
Application layer
the process of adding header and trailer information to chunks of data
Data Link layer
the process of adding header and trailer information to chunks of data
directory service
the process of adding header and trailer information to chunks of data
domain controller
the process of adding header and trailer information to chunks of data
encapsulation
the process of adding header and trailer information to chunks of data
multicasting
the process of adding header and trailer information to chunks of data
Network layer
the process of adding header and trailer information to chunks of data
Physical layer
the process of adding header and trailer information to chunks of data
packet
the process of adding header and trailer information to chunks of data
Session layer
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Unlock for access to all 50 flashcards in this deck.
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47
Match between columns
a computer running Windows Server with Active Directory installed
Application layer
a computer running Windows Server with Active Directory installed
Data Link layer
a computer running Windows Server with Active Directory installed
directory service
a computer running Windows Server with Active Directory installed
domain controller
a computer running Windows Server with Active Directory installed
encapsulation
a computer running Windows Server with Active Directory installed
multicasting
a computer running Windows Server with Active Directory installed
Network layer
a computer running Windows Server with Active Directory installed
Physical layer
a computer running Windows Server with Active Directory installed
packet
a computer running Windows Server with Active Directory installed
Session layer
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Unlock for access to all 50 flashcards in this deck.
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48
Match between columns
manages centralized access and security in a server-based network
Application layer
manages centralized access and security in a server-based network
Data Link layer
manages centralized access and security in a server-based network
directory service
manages centralized access and security in a server-based network
domain controller
manages centralized access and security in a server-based network
encapsulation
manages centralized access and security in a server-based network
multicasting
manages centralized access and security in a server-based network
Network layer
manages centralized access and security in a server-based network
Physical layer
manages centralized access and security in a server-based network
packet
manages centralized access and security in a server-based network
Session layer
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49
Match between columns
responsible for managing access to the network medium and delivery of data frames
Application layer
responsible for managing access to the network medium and delivery of data frames
Data Link layer
responsible for managing access to the network medium and delivery of data frames
directory service
responsible for managing access to the network medium and delivery of data frames
domain controller
responsible for managing access to the network medium and delivery of data frames
encapsulation
responsible for managing access to the network medium and delivery of data frames
multicasting
responsible for managing access to the network medium and delivery of data frames
Network layer
responsible for managing access to the network medium and delivery of data frames
Physical layer
responsible for managing access to the network medium and delivery of data frames
packet
responsible for managing access to the network medium and delivery of data frames
Session layer
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50
Match between columns
provides interfaces that enable software to request and receive network services
Application layer
provides interfaces that enable software to request and receive network services
Data Link layer
provides interfaces that enable software to request and receive network services
directory service
provides interfaces that enable software to request and receive network services
domain controller
provides interfaces that enable software to request and receive network services
encapsulation
provides interfaces that enable software to request and receive network services
multicasting
provides interfaces that enable software to request and receive network services
Network layer
provides interfaces that enable software to request and receive network services
Physical layer
provides interfaces that enable software to request and receive network services
packet
provides interfaces that enable software to request and receive network services
Session layer
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Unlock for access to all 50 flashcards in this deck.
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Unlock Deck
Unlock for access to all 50 flashcards in this deck.