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It didn't, early computers had a very wide range of word and character sizes many machines were decimal so their word/character sizes were defined in decimal digits not binary bits. Even microprocessors the first commercial microprocessor the Intel 4004 was a 4 bit not 8 bit machine. The 8 bit byte as a standard only originated in 1964 with the IBM System/360.Some examples of different computers of the past:ABC: 50 bit binary words; no characters.ENIAC: 10 digit decimal words; no characters.IAS: 40 bit binary words; no characters.UNIVAC 1: 12 character/digit decimal words; 1 digit characters.IBM 701: 36/18 bit binary words; 6 bit characters.IBM 702: variable length character/digit words; 1 digit (6 bit) characters.UNIVAC 1101: 36 bit binary words; 6 bit characters.IBM 650: 10 digit decimal words; 2 digit characters.IBM 704: 36 bit binary words; 6 bit characters.UNIVAC 1103: 36 bit binary words; 6 bit characters.IBM 705: variable length character/digit words; 1 digit (6 bit) characters.IBM 709: 36 bit binary words; 6 bit characters.IBM 7090: 36 bit binary words; 6 bit characters.IBM 1620: variable length decimal words; 2 digit characters.IBM 1401: variable length character/digit words; 1 digit (6 bit) characters.DEC PDP-1: 18 bit binary words; 6 bit characters.IBM 7030: 64 bit binary words, variable length character/byte strings; variable length (4 to 8 bits) characters/bytes.CDC 6600: 60 bit binary words; 6 bit characters.DEC PDP-8: 12 bit binary words; 6 or 8 bit characters.IBM System/360: 32 bit binary words, variable (up to 32 digits) length decimal words; 8 bit characters/bytes.DEC PDP-10: 36 bit binary words; variable length (1 to 36 bits) characters.UNIVAC 1110: 36 bit binary words; 6 or 9 bit characters/bytes.etc.
Memory Cell...Because of memory cell is device or electrical circuit used to store a single bit(0 or 1).....
flip -flop are nothing ,just latches, are used to store 1 bit values. suppose an 8 bit register can store 8 bits(1 byte) i.e. it comprizes of 8 latches/flip flop each bit corresponding to 1 flip flop
0.25 nibbles = 1 bit
If the application programmer believes it is important for 1 bit to be stored in the Windows Register then it will be done. Usually it is not needed.
There is only 1 bit in a bit. If you are meaning how many bits are in a byte, there are 8 bits in one byte.
These are predefined words in VHDL standards. Bit indicates that the data type is a bit i. e. 0 or 1. A bit_vector is an array of bits. example: a: in bit; b: in bit_vector(1 downto 0);
It means that the logical "AND" operation is done one bit at a time. In other words, the operators are compared one bit at a time, and the corresponding bit in the result will be "1" if both bits in the operands are "1"; in all other cases, the result will be "0".It means that the logical "AND" operation is done one bit at a time. In other words, the operators are compared one bit at a time, and the corresponding bit in the result will be "1" if both bits in the operands are "1"; in all other cases, the result will be "0".It means that the logical "AND" operation is done one bit at a time. In other words, the operators are compared one bit at a time, and the corresponding bit in the result will be "1" if both bits in the operands are "1"; in all other cases, the result will be "0".It means that the logical "AND" operation is done one bit at a time. In other words, the operators are compared one bit at a time, and the corresponding bit in the result will be "1" if both bits in the operands are "1"; in all other cases, the result will be "0".
one bit, holding a value 1 or 0.
1
any character is stand for one bit i.e j=1 bit, o=1 bit, y=1 bit, s=1 bit, t=1 bit, i= 1 bit, and c=1 bit,so if u add 1+1+1+1+1+1+1+1 is = 8bits, And a sequens of 8bits will give you = 1 byte.. That is joystic its has 8 bits, wich is desame as 1byte.... SHIKENAN by nakowa 4rom 9ja
about 1 or a bit less just rite it out