An 8-bit binary number is input to an odd parity generator. The parity bit will equal 1 only if .

Related MCQs

• In an odd-parity system, the data that will produce a parity bit = 1 is               .
• In an even-parity system, the parity bit is adjusted to make an even number of one bits.
• The following combination is correct for an ODD parity data transmission system: data = 011011100 and parity = 0
• In an even-parity system, the following data will produce a parity bit = 1. data = 1010011
• Assume that a 4-bit serial in/serial out shift register is initially clear. We wish to store the nibble 1100. What will be the 4-bit pattern after the second clock pulse? (Right-most bit first.)
• Which one of the following set of gates are best suited for 'parity' checking and 'parity' generation.
• The following combination is correct for an EVEN parity data transmission system: data = 100111100 and parity = 0
• The Unsigned Binary representation can only represent positive binary numbers
• A bidirectional 4-bit shift register is storing the nibble 1110. Its input is LOW. The nibble 0111 is waiting to be entered on the serial data-input line. After two clock pulses, the shift register is storing .
• Odd parity of word can beconveniently tested by