Digital Electronics-Number Systems and Codes

Digital Electronics-Number Systems and Codes
121. The primary advantage of the hexadecimal numbering system is the ease in conversion between the binary and hexadecimal systems
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122. In odd parity, 100011010 would pass the parity check.
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123. The primary advantage of the hexadecimal number system is the ease with which conversion can be made between binary and hexadecimal numbers.
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124. A binary code decimal representation of a binary number will always have more bits than the binary number.
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125. The decimal number system consists of the digits 0–10.
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126. 1210 = 11012 = C16 = 00010010 BCD
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127. Hexadecimal is used to encode BCD numbers.
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128. A method of converting decimal to binary is by successive division.
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129. A string of 64 bits has 9 bytes.
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130. Digital circuitry is the foundation of digital computers and many automated control systems.
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Digital Electronics
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