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Question
In linux, for networking (i.e. for sending and receiving packets), each machine has a unique ip v4 address, such as 152.2.254.81, which can be represented by a [...] bit binary number.
Answer

32

^^ note that each dot devided segment is an 8 bit number. 4*8 = 32

^^^each dot deviced segment can have a value between 0 to 255, since 255 in binary is 11111111


Question
In linux, for networking (i.e. for sending and receiving packets), each machine has a unique ip v4 address, such as 152.2.254.81, which can be represented by a [...] bit binary number.
Answer
?

Question
In linux, for networking (i.e. for sending and receiving packets), each machine has a unique ip v4 address, such as 152.2.254.81, which can be represented by a [...] bit binary number.
Answer

32

^^ note that each dot devided segment is an 8 bit number. 4*8 = 32

^^^each dot deviced segment can have a value between 0 to 255, since 255 in binary is 11111111

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25. Introduction to IP
ill reconstruct a packet from all the smaller subpackets that have the same Identification field. The convention for writing an IP address in human readable form is dotted decimal notation like <span>152.2.254.81 , where each number is a byte and is hence in the range of 0 to 255. Hence the entire address space is in the range of 0.0.0.0 to 255.255.255.255 . To further organize the assignment of addresses, each 32-bit address is divided into two parts, a network and a host part of the address, as shown in Figure 25.1. Figure 25.1: IP address classes The network part of the address designates the LAN, and the

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