| Question 1: A two's-complement system or two's-complement arithmetic is a system in which negative numbers are represented by the two's complement of the absolute value;[1] this system is the most common method of representing signed integers on ________. | |||
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Question 2: When was the Two's complement?
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| Question 3: Also, zero has only a single representation, obviating the subtleties associated with ________, which exists in ones'-complement systems. | |||
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| Question 4: The two's complement of a ________ is defined as the value obtained by subtracting the number from a large power of two (specifically, from 2N for an N-bit two's complement). | |||
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| Question 5: The ________ can also be applied in base-10 arithmetic, using ten's complements by analogy with two's complements. | |||
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| Question 6: The left-most bit, also called the MSB, or most-significant bit, determines the sign of the number, but, unlike the ________ representation, also has a weight, −2m-1, as shown in the formula above. | |||
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| Question 7: The method of complementing and adding one can be sped up by a standard ________ circuit; the alternative method can be sped up by a similar logic transformation. | |||
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