Deck 3: Tcpip

ملء الشاشة (f)
exit full mode
سؤال
Network administrators and support personnel commonly use the ____ utility to verify connectivity between two points.

A) Path
B) Ping
C) SYN
D) Transport
استخدم زر المسافة أو
up arrow
down arrow
لقلب البطاقة.
سؤال
A small TCP window size produces few acknowledgments.
سؤال
The ____ layer in the TCP/IP model maps to the OSI Application, Presentation, and Session layers.

A) Network Interface
B) Transport
C) Application
D) Internetwork
سؤال
____ is a connection-oriented protocol that allows you to connect your computer to other computers on the Internet and view Web page content.

A) SNMP
B) SMTP
C) TFTP
D) HTTP
سؤال
____ is a communication method for network devices that is designed to reduce the flow of packets from their source.

A) Congestion avoidance
B) Buffering
C) Sliding windows
D) Collision avoidance
سؤال
The ____ layer in the TCP/IP model determines the connectionless or connection-oriented services.

A) Network Interface
B) Transport
C) Application
D) Internetwork
سؤال
The ____ protocol provides a connectionless delivery service.

A) IP
B) ICMP
C) ARP
D) RARP
سؤال
The ____ layer in the TCP/IP model is a direct equivalent to the Network layer in the OSI reference model.

A) Network Interface
B) Transport
C) Application
D) Internetwork
سؤال
The size of the TCP window determines the number of acknowledgments sent for a given data transfer.
سؤال
The ____ layer in the TCP/IP model handles software, or logical, addressing.

A) Network Interface
B) Application
C) Transport
D) Internetwork
سؤال
The ____ layer of the TCP/IP model maps to both the Data Link and Physical layers of the OSI reference model.

A) Transport
B) Internetwork
C) Network Interface
D) Application
سؤال
The invention and evolution of the Transmission Control Protocol/Internet Protocol (TCP/IP) protocol suite resulted from a coordinated effort by the U.S. ____.

A) DOD
B) SRI
C) UCLS
D) IEEE
سؤال
The ____ utility uses ICMP echo request/reply messages and can verify Internetwork layer (OSI-Network layer) connectivity.

A) Find
B) Path
C) Trace
D) Route
سؤال
____ provides the same basic functionality as RARP.

A) DHCP
B) HTTP
C) SNMP
D) IP
سؤال
A(n) ____ supplies the MAC address of the destination host in a unicast packet.

A) MAC frame
B) ARP reply
C) RARP request
D) RARP reply
سؤال
Many network devices maintain tables of the MAC and IP addresses of other devices on the network. These tables are called ____.

A) addressing tables
B) routing tables
C) ARP tables
D) network tables
سؤال
Both TCP and UDP use port numbers for communications between hosts.
سؤال
The Trivial File Transfer Protocol (TFTP) sends data using a reliable connection.
سؤال
The TCP/IP model explains how the protocol suite works to provide communications.
سؤال
The TCP/IP ____ layer performs several functions, the most notable being end-to-end packet delivery, reliability, and flow control.

A) Application
B) Transport
C) Network Interface
D) Internetwork
سؤال
A router references its ____ to determine which of its interfaces is connected to the destination network.

A) ARP table
B) IP table
C) interface table
D) routing table
سؤال
A(n) ____ is caused by a malicious user or program that sends a large quantity of ICMP echo requests (pings) to a target device in an attempt to crash or greatly reduce the performance of the target device.

A) SYN flood
B) ICMP flood
C) Ping of Death
D) smurf attack
سؤال
Briefly describe the RARP protocol.
سؤال
____ is the process of assigning unique IP addresses to devices on the network.

A) Virtual addressing
B) Network addressing
C) IP access
D) IP addressing
سؤال
Briefly describe the TCP/IP Network Interface layer.
سؤال
The ____________________ resolves IP addresses to MAC addresses for source hosts that know the IP address of the destination host but not the MAC address.
سؤال
How does an ARP request work?
سؤال
What are the steps involved in the TCP/IP three-way handshake?
سؤال
The Cisco ____ model does not describe how communications take place. Rather, it focuses on how best to design a network, especially a relatively large network or one that is expected to grow.

A) Three-Layer Hierarchical
B) Link-state
C) Network state
D) Three-way
سؤال
A series of documents called ____________________ define, describe, and standardize the implementation and configuration of the TCP/IP protocol suite.
سؤال
The ____________________ is the messaging or e-mail transfer protocol used with TCP/IP.
سؤال
Briefly describe the TCP and UDP protocols.
سؤال
____ protocols allow the routers to be updated automatically.

A) Internetwork
B) MAP
C) Routing
D) TTL
سؤال
Briefly describe ICMP.
سؤال
Describe the Distribution layer of the Cisco Three-Layer Hierarchical model.
سؤال
____________________, also known as windowing, is a method of controlling packet flow between hosts.
سؤال
Compare ARP and RARP.
سؤال
Before two computers can communicate over TCP, they must synchronize their ____________________.
سؤال
Describe some Well Known TCP and UDP Port numbers from RFC 1700.
سؤال
Trace shows the exact path a packet takes from the source to the destination. This is accomplished through the use of the ____ counter.

A) TPI
B) SYN
C) FIN
D) TTL
سؤال
Match between columns
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
DNS service
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
NFS
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
RST
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
Ping utility
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
SNMP
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
Three-way handshake
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
Buffer
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
Routed protocol
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
RARP
indicates that a TCP connection is to be terminated without further interaction
DNS service
indicates that a TCP connection is to be terminated without further interaction
NFS
indicates that a TCP connection is to be terminated without further interaction
RST
indicates that a TCP connection is to be terminated without further interaction
Ping utility
indicates that a TCP connection is to be terminated without further interaction
SNMP
indicates that a TCP connection is to be terminated without further interaction
Three-way handshake
indicates that a TCP connection is to be terminated without further interaction
Buffer
indicates that a TCP connection is to be terminated without further interaction
Routed protocol
indicates that a TCP connection is to be terminated without further interaction
RARP
verifies connectivity between two points
DNS service
verifies connectivity between two points
NFS
verifies connectivity between two points
RST
verifies connectivity between two points
Ping utility
verifies connectivity between two points
SNMP
verifies connectivity between two points
Three-way handshake
verifies connectivity between two points
Buffer
verifies connectivity between two points
Routed protocol
verifies connectivity between two points
RARP
provides TCP/IP host name to IP address resolution
DNS service
provides TCP/IP host name to IP address resolution
NFS
provides TCP/IP host name to IP address resolution
RST
provides TCP/IP host name to IP address resolution
Ping utility
provides TCP/IP host name to IP address resolution
SNMP
provides TCP/IP host name to IP address resolution
Three-way handshake
provides TCP/IP host name to IP address resolution
Buffer
provides TCP/IP host name to IP address resolution
Routed protocol
provides TCP/IP host name to IP address resolution
RARP
provides IP address to MAC address resolution in a manner similar to that of ARP
DNS service
provides IP address to MAC address resolution in a manner similar to that of ARP
NFS
provides IP address to MAC address resolution in a manner similar to that of ARP
RST
provides IP address to MAC address resolution in a manner similar to that of ARP
Ping utility
provides IP address to MAC address resolution in a manner similar to that of ARP
SNMP
provides IP address to MAC address resolution in a manner similar to that of ARP
Three-way handshake
provides IP address to MAC address resolution in a manner similar to that of ARP
Buffer
provides IP address to MAC address resolution in a manner similar to that of ARP
Routed protocol
provides IP address to MAC address resolution in a manner similar to that of ARP
RARP
contains enough information in its header to be routed through an internetwork
DNS service
contains enough information in its header to be routed through an internetwork
NFS
contains enough information in its header to be routed through an internetwork
RST
contains enough information in its header to be routed through an internetwork
Ping utility
contains enough information in its header to be routed through an internetwork
SNMP
contains enough information in its header to be routed through an internetwork
Three-way handshake
contains enough information in its header to be routed through an internetwork
Buffer
contains enough information in its header to be routed through an internetwork
Routed protocol
contains enough information in its header to be routed through an internetwork
RARP
used by TCP to establish a reliable connection between two points
DNS service
used by TCP to establish a reliable connection between two points
NFS
used by TCP to establish a reliable connection between two points
RST
used by TCP to establish a reliable connection between two points
Ping utility
used by TCP to establish a reliable connection between two points
SNMP
used by TCP to establish a reliable connection between two points
Three-way handshake
used by TCP to establish a reliable connection between two points
Buffer
used by TCP to establish a reliable connection between two points
Routed protocol
used by TCP to establish a reliable connection between two points
RARP
a portion of memory where the device stores incoming packets until they can be processed
DNS service
a portion of memory where the device stores incoming packets until they can be processed
NFS
a portion of memory where the device stores incoming packets until they can be processed
RST
a portion of memory where the device stores incoming packets until they can be processed
Ping utility
a portion of memory where the device stores incoming packets until they can be processed
SNMP
a portion of memory where the device stores incoming packets until they can be processed
Three-way handshake
a portion of memory where the device stores incoming packets until they can be processed
Buffer
a portion of memory where the device stores incoming packets until they can be processed
Routed protocol
a portion of memory where the device stores incoming packets until they can be processed
RARP
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
DNS service
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
NFS
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
RST
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
Ping utility
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
SNMP
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
Three-way handshake
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
Buffer
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
Routed protocol
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
RARP
سؤال
Describe the Core layer of the Cisco Three-Layer Hierarchical model.
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ملء الشاشة (f)
exit full mode
Deck 3: Tcpip
1
Network administrators and support personnel commonly use the ____ utility to verify connectivity between two points.

A) Path
B) Ping
C) SYN
D) Transport
B
2
A small TCP window size produces few acknowledgments.
False
3
The ____ layer in the TCP/IP model maps to the OSI Application, Presentation, and Session layers.

A) Network Interface
B) Transport
C) Application
D) Internetwork
C
4
____ is a connection-oriented protocol that allows you to connect your computer to other computers on the Internet and view Web page content.

A) SNMP
B) SMTP
C) TFTP
D) HTTP
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5
____ is a communication method for network devices that is designed to reduce the flow of packets from their source.

A) Congestion avoidance
B) Buffering
C) Sliding windows
D) Collision avoidance
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6
The ____ layer in the TCP/IP model determines the connectionless or connection-oriented services.

A) Network Interface
B) Transport
C) Application
D) Internetwork
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7
The ____ protocol provides a connectionless delivery service.

A) IP
B) ICMP
C) ARP
D) RARP
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8
The ____ layer in the TCP/IP model is a direct equivalent to the Network layer in the OSI reference model.

A) Network Interface
B) Transport
C) Application
D) Internetwork
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9
The size of the TCP window determines the number of acknowledgments sent for a given data transfer.
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10
The ____ layer in the TCP/IP model handles software, or logical, addressing.

A) Network Interface
B) Application
C) Transport
D) Internetwork
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11
The ____ layer of the TCP/IP model maps to both the Data Link and Physical layers of the OSI reference model.

A) Transport
B) Internetwork
C) Network Interface
D) Application
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12
The invention and evolution of the Transmission Control Protocol/Internet Protocol (TCP/IP) protocol suite resulted from a coordinated effort by the U.S. ____.

A) DOD
B) SRI
C) UCLS
D) IEEE
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13
The ____ utility uses ICMP echo request/reply messages and can verify Internetwork layer (OSI-Network layer) connectivity.

A) Find
B) Path
C) Trace
D) Route
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14
____ provides the same basic functionality as RARP.

A) DHCP
B) HTTP
C) SNMP
D) IP
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15
A(n) ____ supplies the MAC address of the destination host in a unicast packet.

A) MAC frame
B) ARP reply
C) RARP request
D) RARP reply
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16
Many network devices maintain tables of the MAC and IP addresses of other devices on the network. These tables are called ____.

A) addressing tables
B) routing tables
C) ARP tables
D) network tables
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17
Both TCP and UDP use port numbers for communications between hosts.
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18
The Trivial File Transfer Protocol (TFTP) sends data using a reliable connection.
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19
The TCP/IP model explains how the protocol suite works to provide communications.
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20
The TCP/IP ____ layer performs several functions, the most notable being end-to-end packet delivery, reliability, and flow control.

A) Application
B) Transport
C) Network Interface
D) Internetwork
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21
A router references its ____ to determine which of its interfaces is connected to the destination network.

A) ARP table
B) IP table
C) interface table
D) routing table
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22
A(n) ____ is caused by a malicious user or program that sends a large quantity of ICMP echo requests (pings) to a target device in an attempt to crash or greatly reduce the performance of the target device.

A) SYN flood
B) ICMP flood
C) Ping of Death
D) smurf attack
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23
Briefly describe the RARP protocol.
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24
____ is the process of assigning unique IP addresses to devices on the network.

A) Virtual addressing
B) Network addressing
C) IP access
D) IP addressing
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25
Briefly describe the TCP/IP Network Interface layer.
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26
The ____________________ resolves IP addresses to MAC addresses for source hosts that know the IP address of the destination host but not the MAC address.
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27
How does an ARP request work?
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28
What are the steps involved in the TCP/IP three-way handshake?
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29
The Cisco ____ model does not describe how communications take place. Rather, it focuses on how best to design a network, especially a relatively large network or one that is expected to grow.

A) Three-Layer Hierarchical
B) Link-state
C) Network state
D) Three-way
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30
A series of documents called ____________________ define, describe, and standardize the implementation and configuration of the TCP/IP protocol suite.
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31
The ____________________ is the messaging or e-mail transfer protocol used with TCP/IP.
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32
Briefly describe the TCP and UDP protocols.
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33
____ protocols allow the routers to be updated automatically.

A) Internetwork
B) MAP
C) Routing
D) TTL
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34
Briefly describe ICMP.
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35
Describe the Distribution layer of the Cisco Three-Layer Hierarchical model.
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36
____________________, also known as windowing, is a method of controlling packet flow between hosts.
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37
Compare ARP and RARP.
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38
Before two computers can communicate over TCP, they must synchronize their ____________________.
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39
Describe some Well Known TCP and UDP Port numbers from RFC 1700.
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40
Trace shows the exact path a packet takes from the source to the destination. This is accomplished through the use of the ____ counter.

A) TPI
B) SYN
C) FIN
D) TTL
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41
Match between columns
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
DNS service
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
NFS
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
RST
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
Ping utility
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
SNMP
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
Three-way handshake
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
Buffer
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
Routed protocol
a distributed file system developed by Sun Microsystems that allows data to be shared across a network
RARP
indicates that a TCP connection is to be terminated without further interaction
DNS service
indicates that a TCP connection is to be terminated without further interaction
NFS
indicates that a TCP connection is to be terminated without further interaction
RST
indicates that a TCP connection is to be terminated without further interaction
Ping utility
indicates that a TCP connection is to be terminated without further interaction
SNMP
indicates that a TCP connection is to be terminated without further interaction
Three-way handshake
indicates that a TCP connection is to be terminated without further interaction
Buffer
indicates that a TCP connection is to be terminated without further interaction
Routed protocol
indicates that a TCP connection is to be terminated without further interaction
RARP
verifies connectivity between two points
DNS service
verifies connectivity between two points
NFS
verifies connectivity between two points
RST
verifies connectivity between two points
Ping utility
verifies connectivity between two points
SNMP
verifies connectivity between two points
Three-way handshake
verifies connectivity between two points
Buffer
verifies connectivity between two points
Routed protocol
verifies connectivity between two points
RARP
provides TCP/IP host name to IP address resolution
DNS service
provides TCP/IP host name to IP address resolution
NFS
provides TCP/IP host name to IP address resolution
RST
provides TCP/IP host name to IP address resolution
Ping utility
provides TCP/IP host name to IP address resolution
SNMP
provides TCP/IP host name to IP address resolution
Three-way handshake
provides TCP/IP host name to IP address resolution
Buffer
provides TCP/IP host name to IP address resolution
Routed protocol
provides TCP/IP host name to IP address resolution
RARP
provides IP address to MAC address resolution in a manner similar to that of ARP
DNS service
provides IP address to MAC address resolution in a manner similar to that of ARP
NFS
provides IP address to MAC address resolution in a manner similar to that of ARP
RST
provides IP address to MAC address resolution in a manner similar to that of ARP
Ping utility
provides IP address to MAC address resolution in a manner similar to that of ARP
SNMP
provides IP address to MAC address resolution in a manner similar to that of ARP
Three-way handshake
provides IP address to MAC address resolution in a manner similar to that of ARP
Buffer
provides IP address to MAC address resolution in a manner similar to that of ARP
Routed protocol
provides IP address to MAC address resolution in a manner similar to that of ARP
RARP
contains enough information in its header to be routed through an internetwork
DNS service
contains enough information in its header to be routed through an internetwork
NFS
contains enough information in its header to be routed through an internetwork
RST
contains enough information in its header to be routed through an internetwork
Ping utility
contains enough information in its header to be routed through an internetwork
SNMP
contains enough information in its header to be routed through an internetwork
Three-way handshake
contains enough information in its header to be routed through an internetwork
Buffer
contains enough information in its header to be routed through an internetwork
Routed protocol
contains enough information in its header to be routed through an internetwork
RARP
used by TCP to establish a reliable connection between two points
DNS service
used by TCP to establish a reliable connection between two points
NFS
used by TCP to establish a reliable connection between two points
RST
used by TCP to establish a reliable connection between two points
Ping utility
used by TCP to establish a reliable connection between two points
SNMP
used by TCP to establish a reliable connection between two points
Three-way handshake
used by TCP to establish a reliable connection between two points
Buffer
used by TCP to establish a reliable connection between two points
Routed protocol
used by TCP to establish a reliable connection between two points
RARP
a portion of memory where the device stores incoming packets until they can be processed
DNS service
a portion of memory where the device stores incoming packets until they can be processed
NFS
a portion of memory where the device stores incoming packets until they can be processed
RST
a portion of memory where the device stores incoming packets until they can be processed
Ping utility
a portion of memory where the device stores incoming packets until they can be processed
SNMP
a portion of memory where the device stores incoming packets until they can be processed
Three-way handshake
a portion of memory where the device stores incoming packets until they can be processed
Buffer
a portion of memory where the device stores incoming packets until they can be processed
Routed protocol
a portion of memory where the device stores incoming packets until they can be processed
RARP
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
DNS service
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
NFS
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
RST
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
Ping utility
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
SNMP
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
Three-way handshake
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
Buffer
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
Routed protocol
a connectionless protocol that permits remote tracking and management of TCP/IP hosts
RARP
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افتح القفل للوصول البطاقات البالغ عددها 42 في هذه المجموعة.
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k this deck
42
Describe the Core layer of the Cisco Three-Layer Hierarchical model.
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فتح الحزمة
افتح القفل للوصول البطاقات البالغ عددها 42 في هذه المجموعة.