Q. (1010.011)2 =

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Q. Representation of -9 with signed magnitude equals to

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Q. 8723 in BCD equals

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Q. Using 10's complement, subtracting 72532 from 3250 is equal to

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Q. Product of 1011 and 101

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Q. The 2's complement of 1101100 is

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Q. Binary logic consists of binary values and

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Q. (10110001101011.11110010)2 in hexadecimal is

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Q. The 9's complement of 546700 is

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Q. The Bi-quinary code is the seven bit code with

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Q. The binary code that distinguishes ten elements must contain at least

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Q. The more convenient system for representing the negative numbers is

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Q. The 9's complement of 012395 is

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Q. Gray code representation of 14 is

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Q. The 10's complement of 246700 is

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Q. The 10's complement of 012398 is

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Q. 1's complement as a logical operation is equivalent to

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Q. (B65F)⊂16 in decimal number system

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Q. -9 with signed 1's complement representation is

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Q. All discrete elements are included in digital system except

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