In Version 4 of the Internet Protocol (IPV4), an IP address is a string of 32 bits. It begins with a networl number (netid followed by a host number (hostid), which identifies a computer as a member of a particular network. Class A net id (7 bit) host id (24 bit) Class B 10 net id (14 bit) host id (16 bit) Class C 110 net id (21 bit) host id (8 kit) Three forms of addresses are used, with different numbers of bits used for netids and hostids. Class A addresses, used for the largest networks, consist of 0, followed by a 7-bit netid and a 24-bit hostid. Cls B addresses, used for medium-sized networks, consist of 10, followed by a 14-bit netid and a 16-bit hostid. Class C addresses, used for the smallest networks, consist of 110, followed by a 21-bit netid and an 8-bit hostid. There are several restrictions on addresses because of special uses: 1111111 is not available as the netid of a Class A network, and the hostids consisting of all Os and all 1s are not availal for use in any network. A computer on the Internet has either a Class A, a Class B, or a Class C address How many different IPv4 addresses are available for computers on the Internet?
In Version 4 of the Internet Protocol (IPV4), an IP address is a string of 32 bits. It begins with a networl number (netid followed by a host number (hostid), which identifies a computer as a member of a particular network. Class A net id (7 bit) host id (24 bit) Class B 10 net id (14 bit) host id (16 bit) Class C 110 net id (21 bit) host id (8 kit) Three forms of addresses are used, with different numbers of bits used for netids and hostids. Class A addresses, used for the largest networks, consist of 0, followed by a 7-bit netid and a 24-bit hostid. Cls B addresses, used for medium-sized networks, consist of 10, followed by a 14-bit netid and a 16-bit hostid. Class C addresses, used for the smallest networks, consist of 110, followed by a 21-bit netid and an 8-bit hostid. There are several restrictions on addresses because of special uses: 1111111 is not available as the netid of a Class A network, and the hostids consisting of all Os and all 1s are not availal for use in any network. A computer on the Internet has either a Class A, a Class B, or a Class C address How many different IPv4 addresses are available for computers on the Internet?
Chapter12: Network Configuration
Section: Chapter Questions
Problem 13RQ
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Discrete Structures or Discrete Mathematics
![In Version 4 of the Internet Protocol (IPV4), an IP address is a string of 32 bits. It begins with a network
number (netid followed by a host number (hostid), which identifies a computer as a member of a
particular network.
Class A
net id (7 kit)
host id (24 bit)
Class B
10
net id (14 bit)
host id (16 bit)
Class C
110
net id (21 bit)
host id (8 kit)
Three forms of addresses are used, with different numbers of bits used for netids and hostids. Class A
addresses, used for the largest networks, consist of 0, followed by a 7-bit netid and a 24-bit hostid. Class
B addresses, used for medium-sized networks, consist of 10, followed by a 14-bit netid and a 16-bit
hostid. Class C addresses, used for the smallest networks, consist of 110, followed by a 21-bit netid and
an 8-bit hostid. There are several restrictions on addresses because of special uses: 1111111 is not
available as the netid of a Class A network, and the hostids consisting of all Os and all 1s are not available
for use in any network. A computer on the Internet has either a Class A, a Class B, or a Class C address.
How many different IPV4 addresses are available for computers on the Internet?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5fb22bbd-09fe-479a-bc50-827382793ad5%2Fcd9a83c6-4383-471d-89a9-0369400453da%2Fs7en7md_processed.png&w=3840&q=75)
Transcribed Image Text:In Version 4 of the Internet Protocol (IPV4), an IP address is a string of 32 bits. It begins with a network
number (netid followed by a host number (hostid), which identifies a computer as a member of a
particular network.
Class A
net id (7 kit)
host id (24 bit)
Class B
10
net id (14 bit)
host id (16 bit)
Class C
110
net id (21 bit)
host id (8 kit)
Three forms of addresses are used, with different numbers of bits used for netids and hostids. Class A
addresses, used for the largest networks, consist of 0, followed by a 7-bit netid and a 24-bit hostid. Class
B addresses, used for medium-sized networks, consist of 10, followed by a 14-bit netid and a 16-bit
hostid. Class C addresses, used for the smallest networks, consist of 110, followed by a 21-bit netid and
an 8-bit hostid. There are several restrictions on addresses because of special uses: 1111111 is not
available as the netid of a Class A network, and the hostids consisting of all Os and all 1s are not available
for use in any network. A computer on the Internet has either a Class A, a Class B, or a Class C address.
How many different IPV4 addresses are available for computers on the Internet?
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