Deck 5: Network Protocols
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Deck 5: Network Protocols
1
DNS is a protocol that automatically provides a computer with its IP address configuration.
False
2
How many bits are in an IPv6 address?
A) 32
B) 48
C) 64
D) 128
A) 32
B) 48
C) 64
D) 128
D
3
Which part of a computer's IP address configuration indicates the portion of the address that specifies the network ID?
A) IP address
B) subnet mask
C) default gateway
D) MAC address
A) IP address
B) subnet mask
C) default gateway
D) MAC address
B
4
The Transport layer uses port numbers to identify the source and destination Application-layer protocol of the data that it contains.
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5
You are the network administrator for a company that uses a private addressing scheme for its internal network. You have 300 workstations that regularly access the Internet. What process must be in operation on your network to allow all the workstations to have access to the Internet using only one public IP address?
A) DHCP
B) DNS
C) ARP
D) PAT
A) DHCP
B) DNS
C) ARP
D) PAT
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6
In which layer does a router operate?
A) Network Access
B) Internetwork
C) Transport
D) Application
A) Network Access
B) Internetwork
C) Transport
D) Application
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7
An IP address is composed of 48 bits that are grouped together into 8-bit octets and are represented by a decimal number from 0 to 255.
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8
IPX/SPX is considered the protocol suite of the Internet, and it is the most widely used protocol suite in LANs.
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9
The Internetwork layer is the layer that handles network configuration and is considered the heart of the TCP/IP protocol suite.
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10
The last 64 bits of an IPv6 address are the interface identifier. Where is that number derived from?
A) via DHCP
B) a static entry
C) from an ISP
D) the MAC address
A) via DHCP
B) a static entry
C) from an ISP
D) the MAC address
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11
Which of the following is not an Application layer protocol?
A) DNS
B) TCP
C) DHCP
D) SMTP
A) DNS
B) TCP
C) DHCP
D) SMTP
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12
Which of the following is not a function of the Network Access layer?
A) transmits and receives bit signals
B) delivers packets efficiently
C) provides a MAC address for the network interface
D) receives packets form the Internetwork layer and creates the frame
A) transmits and receives bit signals
B) delivers packets efficiently
C) provides a MAC address for the network interface
D) receives packets form the Internetwork layer and creates the frame
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13
In what layer does the NIC operate?
A) Network Access
B) Internetwork
C) Transport
D) Application
A) Network Access
B) Internetwork
C) Transport
D) Application
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14
Which protocol is responsible for determining the MAC address associated with each IP address and keeping a table of its results?
A) MAC
B) DNS
C) ARP
D) NAT
A) MAC
B) DNS
C) ARP
D) NAT
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15
TCP establishes a connection with the destination device using which process?
A) encapsulation
B) flow control
C) windowing
D) three-way handshake
A) encapsulation
B) flow control
C) windowing
D) three-way handshake
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16
What is the decimal equivalent to the binary number 11000001?
A) 97
B) 160
C) 161
D) 193
A) 97
B) 160
C) 161
D) 193
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17
How many host addresses are available on a Class C network?
A) 254
B) 256
C) 65534
D) 65536
A) 254
B) 256
C) 65534
D) 65536
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18
What is the binary number system based on?
A) powers of 2
B) powers of 4
C) powers of 10
D) powers of 16
A) powers of 2
B) powers of 4
C) powers of 10
D) powers of 16
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19
The Transport layer deals with which unit of information?
A) frame
B) packet
C) signal
D) segment
A) frame
B) packet
C) signal
D) segment
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20
An IP address consists of four octets separated by periods. Which part of this address denotes its class?
A) first octet
B) second octet
C) third octet
D) fourth octet
A) first octet
B) second octet
C) third octet
D) fourth octet
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21
___________ is a way of breaking a large address space into more, smaller, address spaces.
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22
____________are sets of rules and procedures that dictate communication and behavior.
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23
Briefly describe the three-way handshake that TCP uses to establish a connection.
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24
Briefly describe an IP address.
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25
How does TCP provide flow control and reliability?
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26
Which of the following are solutions to the shortage of available IPv4 addresses? (Choose all that apply.)
A) IPv6
B) private addressing
C) subnetting
D) supernetting
E) NAT
A) IPv6
B) private addressing
C) subnetting
D) supernetting
E) NAT
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27
An address that can only be used on the internal network and cannot be used to access the Internet is called a ____________ address.
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28
What are four tasks or responsibilities of the Internetwork layer?
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29
What does APIPA stand for, and what does it do?
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30
Briefly describe ARP, include the meaning of its acronym and the layer in which it functions.
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31
Explain how Tracert uses an ICMP packet and the TTL value to map the path to an IP address.
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32
What is the function of DNS, and at which layer does it operate?
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33
MATCHING:


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34
What is the hexadecimal number F equal to in binary?
A) 0011
B) 1011
C) 1001
D) 1111
A) 0011
B) 1011
C) 1001
D) 1111
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35
What is the decimal equivalent to the hexadecimal number D?
A) 13
B) 15
C) 12
D) 10
A) 13
B) 15
C) 12
D) 10
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36
The four layers of the TCP/IP protocol suite are Application, ____________, Internetwork, and Network Access.
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37
How many bits are available in an IPv6 network for creating subnets when the prefix is /48 and the host ID is 64 bits?
A) 48
B) 16
C) 32
D) 64
A) 48
B) 16
C) 32
D) 64
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38
A range of addresses is reserved for private addressing in each class. What are those ranges?
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39
Which of the following is a feature of TCP? (Choose all that apply.)
A) segments data into chunks
B) converts signals into bits
C) provides data-formatting services
D) ensures flow control
E) establishes a connection
A) segments data into chunks
B) converts signals into bits
C) provides data-formatting services
D) ensures flow control
E) establishes a connection
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40
An IP address is composed of two parts, one is the ____________ ID and one is the host ID.
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41
What is the difference between TCP and UDP?
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