Digital Electronics In case of OR gate, no matter what the number of inputs, a 1 at any input causes the output to be at logic 0 0 any input causes the output to be at logic 0 0 at any input causes the output to be at logic 1. 1 at any input causes the output to be at logic 1 1 at any input causes the output to be at logic 0 0 any input causes the output to be at logic 0 0 at any input causes the output to be at logic 1. 1 at any input causes the output to be at logic 1 ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics The binary number 10101 is equivalent to decimal number ___________. 12 21 27 19 12 21 27 19 ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics A Binary number system has how many digits. 2 1 0 10 2 1 0 10 ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics Consider the representation of six-bit numbers by two’s complement, one’s complement, or by sign and magnitude: In which representation is there overflow from the addition of the integers 011000 and 011000? Two’s complement and one’s complement only Sign and magnitude and one’s complement only All three representations Two’s complement only Two’s complement and one’s complement only Sign and magnitude and one’s complement only All three representations Two’s complement only ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics A bubbled NOR gate is equivalent to a X-OR gate AND gate NAND gate NOR gate X-OR gate AND gate NAND gate NOR gate ANSWER DOWNLOAD EXAMIANS APP
Digital Electronics The maximum positive and negative numbers that can be represented in one’s complement using n-bits are respectively +(2n-1-1),-(2n-1-1) +2n-1,-(2n-1-1) +(2n-1-1),-2n-1 None of these +(2n-1-1),-(2n-1-1) +2n-1,-(2n-1-1) +(2n-1-1),-2n-1 None of these ANSWER DOWNLOAD EXAMIANS APP
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