Question 1

A(n) ____ address represents any one interface from a group of interfaces, any one of which can accept a transmission.&#10;A) anycast&#10;B) unicast&#10;C) multicast&#10;D) singlecast

Accepted Answer

An anycast address represents a group of interfaces, but only one of them can accept a transmission at any given time. This is useful for scenarios where multiple interfaces can provide the same service, and the network can choose the closest or fastest one for the transmission. Unicast addresses represent a single, unique interface, while multicast addresses represent a group of interfaces that all accept the transmission. "Singlecast" is not a commonly used term in networking.

Question 2

The command used to view IP information on a Windows workstation is ipconfig.

Accepted Answer

ipconfig is a command line tool used in Windows to display the current configuration of IP addresses and other network information.

Question 3

A UDP header contains ____fields.&#10;A) four&#10;B) six&#10;C) eight&#10;D) ten

Accepted Answer

A UDP header contains four fields, which are source port number, destination port number, length and checksum.

Question 4

The subprotocol that enables TCP/IP to internetwork - that is, to traverse more than one LAN segment and more than one type of network through a router is ____.&#10;A) TCP&#10;B) ICMP&#10;C) UDP&#10;D) IP

Accepted Answer

The Internet Protocol (IP) is the subprotocol that enables TCP/IP to internetwork. It is responsible for addressing and routing data packets across multiple networks through routers. TCP and UDP are transport layer protocols that rely on IP for internetworking, while ICMP is a network layer protocol used for error reporting and network diagnostics.

Question 5

In IPv4 addressing, a node with an IP address of 168.34.88.29 belongs to a Class ____ network.&#10;A) A&#10;B) B&#10;C) C&#10;D) D

Accepted Answer

In IPv4, Class B addresses range from 128.0.0.0 to 191.255.255.255. The IP address 168.34.88.29 falls within this range.

Question 6

In the TCP/IP protocol suite, ____ is the core protocol responsible for logical addressing.&#10;A) TCP&#10;B) UDP&#10;C) IP&#10;D) ARP

Accepted Answer

The Internet Protocol (IP) is responsible for logical addressing in the TCP/IP protocol suite. It is responsible for transmitting data packets from a source to a destination device based on the logical addresses assigned to them. TCP (Transmission Control Protocol) is responsible for providing reliable, ordered, and error-checked delivery of data between applications, while UDP (User Datagram Protocol) is a simpler protocol that does not provide reliability or error checking. ARP (Address Resolution Protocol) is used for mapping a physical address (MAC address) to a logical address (IP address).

Question 7

In IPv4 addressing, an IP address whose first octet is in the range of 192-223 belongs to a Class ____ network.&#10;A) A&#10;B) B&#10;C) C&#10;D) D

Accepted Answer

In IPv4 addressing, the first octet of an IP address determines the class of the network to which it belongs. Class A network ranges from 1 to 126, Class B from 128 to 191, and Class C from 192 to 223. Therefore, an IP address starting with 192 to 223 belongs to a Class C network.

Question 8

In IPv4 addressing, each IP address is a unique ____ number.&#10;A) 12-bit&#10;B) 32-bit&#10;C) 64-bit&#10;D) 128-bit

Accepted Answer

IPv4 uses a 32-bit address format, allowing for a total of 2^32 (or 4,294,967,296) unique IP addresses.

Question 9

____ is more efficient than TCP for carrying messages that fit within one data packet.&#10;A) IP&#10;B) UDP&#10;C) ICMP&#10;D) IGMP

Accepted Answer

UDP (User Datagram Protocol) is more efficient than TCP (Transmission Control Protocol) for carrying messages that fit within one data packet because it does not involve any error-checking or retransmission mechanisms. It is a connectionless protocol that simply sends the packet without worrying about whether or not it is received or not. This is useful for real-time applications where speed is more important than accuracy or reliability, such as video streaming or online gaming.

Question 10

The format of ARP tables is the same from one operating system to another.

Accepted Answer

The format of ARP tables can vary slightly between different operating systems, although they generally contain the same information such as the IP and MAC addresses of devices on the network.

Question 11

____ operates at the Network layer and manages multicasting.&#10;A) IGMP&#10;B) ICMP&#10;C) UDP&#10;D) IP

Accepted Answer

The answer of ____ operates at the Network layer and...

Question 12

All protocols are routable.

Accepted Answer

The answer of All protocols are routable....

Question 13

In dotted decimal notation, a(n) ____ separates each decimal.&#10;A) dash&#10;B) slash&#10;C) colon&#10;D) period

Accepted Answer

The answer of In dotted decimal notation, a(n) ____ separates...

Question 14

TCP is a(n) ____ subprotocol.&#10;A) open-ended&#10;B) indiscriminating&#10;C) connection-oriented&#10;D) connectionless

Accepted Answer

The answer of TCP is a(n) ____ subprotocol.&#10;A) open-ended&#10;B) indiscriminating&#10;C)...

Question 15

ICMP (Internet Control Message Protocol) reports on the success or failure of data delivery.

Accepted Answer

The answer of ICMP (Internet Control Message Protocol) reports on...

Question 16

A(n) ____ number is the address on a host where an application makes itself available to incoming or outgoing data.&#10;A) port&#10;B) source&#10;C) destination&#10;D) application

Accepted Answer

The answer of A(n) ____ number is the address on...

Question 17

____ ARP table entries are created when a client makes an ARP request that cannot be satisfied by data already in the ARP table.&#10;A) Static&#10;B) Dynamic&#10;C) Temporary&#10;D) On-demand

Accepted Answer

The answer of ____ ARP table entries are created when...

Question 18

The default subnet mask for a Class B network is ____.&#10;A) 255.0.0.0&#10;B) 255.255.0.0&#10;C) 255.255.255.0&#10;D) 255.255.255.255

Accepted Answer

The answer of The default subnet mask for a Class...

Question 19

If your network does not need or use APIPA, it must be uninstalled to avoid conflicts.

Accepted Answer

The answer of If your network does not need or...

Question 20

In most cases, BOOTP has been surpassed by the more sophisticated IP addressing utility, ____.&#10;A) DNS&#10;B) RARP&#10;C) DHCP&#10;D) APIPA

Accepted Answer

The answer of In most cases, BOOTP has been surpassed...

Question 21

Describe the Time to Live (TTL) field in an IP datagram.

Accepted Answer

The answer of Describe the Time to Live (TTL) field...

Question 22

Describe the DHCP leasing process.

Accepted Answer

The answer of Describe the DHCP leasing process....

Question 23

In IPv4 addressing, eight bits have 256 possible combinations.Only the numbers 1 through 254 can be used to identify networks and hosts in an IP address. Explain what the number 0 and the number 255 are used for in IPv4 addressing.

Accepted Answer

The answer of In IPv4 addressing, eight bits have 256...

Question 24

____________________ is a process of subdividing a single class of networks into multiple, smaller logical networks, or segments.

Accepted Answer

The answer of ____________________ is a process of subdividing a...

Question 25

In IPv4 addressing, explain what is special about an address containing 127 in the first octet and how this address is used in troubleshooting.

Accepted Answer

The answer of In IPv4 addressing, explain what is special...

Question 26

In the domain name www.google.com, ____ is the top-level domain (TLD).&#10;A) http&#10;B) www&#10;C) google&#10;D) com

Accepted Answer

The answer of In the domain name www.google.com, ____ is...

Question 27

Describe the size differences in IPv4 and IPv6 IP addresses.

Accepted Answer

The answer of Describe the size differences in IPv4 and...

Question 28

If the standard port number for the Telnet service is 23, a host whose IPv4 address is 10.43.3.87 has a socket address for Telnet of ____.&#10;A) 10.43.3.87/23&#10;B) 10.43.3.87:23&#10;C) 10.43.3.87-23&#10;D) 23:10.43.3.87

Accepted Answer

The answer of If the standard port number for the...

Question 29

____ is a simple Application layer protocol used to synchronize the clocks of computers on a network.&#10;A) NNTP&#10;B) NTP&#10;C) PING&#10;D) ARP

Accepted Answer

The answer of ____ is a simple Application layer protocol...

Question 30

____ is a terminal emulation protocol used to log on to remote hosts using the TCP/IP protocol suite.&#10;A) NNTP&#10;B) NTP&#10;C) Telnet&#10;D) FTP

Accepted Answer

The answer of ____ is a terminal emulation protocol used...

Question 31

Describe multicasting.

Accepted Answer

The answer of Describe multicasting....

Question 32

TCP ensures reliable data delivery through sequencing and ____________________.

Accepted Answer

The answer of TCP ensures reliable data delivery through sequencing...

Question 33

Whether connecting to the Internet or to another computer within a LAN, every node on a network must have a unique ____________________.

Accepted Answer

The answer of Whether connecting to the Internet or to...

Question 34

Describe how ARP improves efficiency of MAC-to-IP address mappings.

Accepted Answer

The answer of Describe how ARP improves efficiency of MAC-to-IP...

Question 35

Describe the subnet mask and how they are assigned.

Accepted Answer

The answer of Describe the subnet mask and how they...

Question 36

In IPv6, each address contains a(n) ____, or a variable-length field at the beginning of the address that indicates what type of address it is.&#10;A) Variable Prefix&#10;B) Address Prefix&#10;C) Format Prefix&#10;D) Field Prefix

Accepted Answer

The answer of In IPv6, each address contains a(n) ____,...

Question 37

____ is a utility that can verify that TCP/IP is installed, bound to the NIC, configured correctly, and communicating with the network.&#10;A) ARP&#10;B) PING&#10;C) Telnet&#10;D) FTP

Accepted Answer

The answer of ____ is a utility that can verify...

Question 38

A(n) ____________________ is a special 32-bit number that, when combined with a device's IP address, informs the rest of the network about the segment or network to which the device is attached.

Accepted Answer

The answer of A(n) ____________________ is a special 32-bit number...

Question 39

Protocols that can span more than one LAN (or LAN segment) are ____________________, because they carry Network layer addressing information that can be interpreted by a router.

Accepted Answer

The answer of Protocols that can span more than one...

Question 40

Define and describe DDNS (Dynamic DNS).

Accepted Answer

The answer of Define and describe DDNS (Dynamic DNS)....

Question 41

Define and describe Zeroconf (Zero Configuration).

Accepted Answer

The answer of Define and describe Zeroconf (Zero Configuration)....

Question 42

Match between columns&#10;                        Premises: The most common way of expressing IP addresses.&#10;The most common way of expressing IP addresses.&#10;The most common way of expressing IP addresses.&#10;The most common way of expressing IP addresses.&#10;The most common way of expressing IP addresses.&#10;The most common way of expressing IP addresses.&#10;The most common way of expressing IP addresses.&#10;The most common way of expressing IP addresses.&#10;The most common way of expressing IP addresses.&#10;Any hosts on the Internet that need to look up domain name information&#10;Any hosts on the Internet that need to look up domain name information&#10;Any hosts on the Internet that need to look up domain name information&#10;Any hosts on the Internet that need to look up domain name information&#10;Any hosts on the Internet that need to look up domain name information&#10;Any hosts on the Internet that need to look up domain name information&#10;Any hosts on the Internet that need to look up domain name information&#10;Any hosts on the Internet that need to look up domain name information&#10;Any hosts on the Internet that need to look up domain name information&#10;Ports ranging from 1024 to 49151; accessible to network users and processes that do not have special administrative privileges.&#10;Ports ranging from 1024 to 49151; accessible to network users and processes that do not have special administrative privileges.&#10;Ports ranging from 1024 to 49151; accessible to network users and processes that do not have special administrative privileges.&#10;Ports ranging from 1024 to 49151; accessible to network users and processes that do not have special administrative privileges.&#10;Ports ranging from 1024 to 49151; accessible to network users and processes that do not have special administrative privileges.&#10;Ports ranging from 1024 to 49151; accessible to network users and processes that do not have special administrative privileges.&#10;Ports ranging from 1024 to 49151; accessible to network users and processes that do not have special administrative privileges.&#10;Ports ranging from 1024 to 49151; accessible to network users and processes that do not have special administrative privileges.&#10;Ports ranging from 1024 to 49151; accessible to network users and processes that do not have special administrative privileges.&#10;Ports ranging from 0 to 1023; assigned to processes that only the operating system or an administrator of the system can access.&#10;Ports ranging from 0 to 1023; assigned to processes that only the operating system or an administrator of the system can access.&#10;Ports ranging from 0 to 1023; assigned to processes that only the operating system or an administrator of the system can access.&#10;Ports ranging from 0 to 1023; assigned to processes that only the operating system or an administrator of the system can access.&#10;Ports ranging from 0 to 1023; assigned to processes that only the operating system or an administrator of the system can access.&#10;Ports ranging from 0 to 1023; assigned to processes that only the operating system or an administrator of the system can access.&#10;Ports ranging from 0 to 1023; assigned to processes that only the operating system or an administrator of the system can access.&#10;Ports ranging from 0 to 1023; assigned to processes that only the operating system or an administrator of the system can access.&#10;Ports ranging from 0 to 1023; assigned to processes that only the operating system or an administrator of the system can access.&#10;The ASCII text file called HOSTS.TXT that associates host names with IP addresses.&#10;The ASCII text file called HOSTS.TXT that associates host names with IP addresses.&#10;The ASCII text file called HOSTS.TXT that associates host names with IP addresses.&#10;The ASCII text file called HOSTS.TXT that associates host names with IP addresses.&#10;The ASCII text file called HOSTS.TXT that associates host names with IP addresses.&#10;The ASCII text file called HOSTS.TXT that associates host names with IP addresses.&#10;The ASCII text file called HOSTS.TXT that associates host names with IP addresses.&#10;The ASCII text file called HOSTS.TXT that associates host names with IP addresses.&#10;The ASCII text file called HOSTS.TXT that associates host names with IP addresses.&#10;The local host name plus its domain name.&#10;The local host name plus its domain name.&#10;The local host name plus its domain name.&#10;The local host name plus its domain name.&#10;The local host name plus its domain name.&#10;The local host name plus its domain name.&#10;The local host name plus its domain name.&#10;The local host name plus its domain name.&#10;The local host name plus its domain name.&#10;Ports ranging from 49152 through 65535; open for use without restriction.&#10;Ports ranging from 49152 through 65535; open for use without restriction.&#10;Ports ranging from 49152 through 65535; open for use without restriction.&#10;Ports ranging from 49152 through 65535; open for use without restriction.&#10;Ports ranging from 49152 through 65535; open for use without restriction.&#10;Ports ranging from 49152 through 65535; open for use without restriction.&#10;Ports ranging from 49152 through 65535; open for use without restriction.&#10;Ports ranging from 49152 through 65535; open for use without restriction.&#10;Ports ranging from 49152 through 65535; open for use without restriction.&#10;The database of Internet IP addresses and their associated names.&#10;The database of Internet IP addresses and their associated names.&#10;The database of Internet IP addresses and their associated names.&#10;The database of Internet IP addresses and their associated names.&#10;The database of Internet IP addresses and their associated names.&#10;The database of Internet IP addresses and their associated names.&#10;The database of Internet IP addresses and their associated names.&#10;The database of Internet IP addresses and their associated names.&#10;The database of Internet IP addresses and their associated names.&#10;A hierarchical way of associating domain names with IP addresses.&#10;A hierarchical way of associating domain names with IP addresses.&#10;A hierarchical way of associating domain names with IP addresses.&#10;A hierarchical way of associating domain names with IP addresses.&#10;A hierarchical way of associating domain names with IP addresses.&#10;A hierarchical way of associating domain names with IP addresses.&#10;A hierarchical way of associating domain names with IP addresses.&#10;A hierarchical way of associating domain names with IP addresses.&#10;A hierarchical way of associating domain names with IP addresses.

Accepted Answer

The Answer of dotted decimal notation and Dynamic Ports and is...

Deck 4: Introduction to TCP/IP Protocols