Which of the following representations in two’s complement notation represents the largest value?
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Which of the following representations in two’s complement notation represents the largest value?
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- A(n) __________ is an integer stored in double the normal number of bit positions.Find the two's complement representations, using bit strings of length six, of the following integers. a)22 b)31 c) -7 d) -19Convert each of the following base ten representations to its equivalent two’s complement form using patterns of 8 bits: 6 = -6 = 13 =
- How many different values can be represented using 16-bit two’s complement representation? What’s the largest and smallest possible value? Answer the two questions again for n-bit 2’s complement. Please show all steps.How is the following binary number represented? Please see below and match the left with the right correctly. 1000 0011 In unsigned representation : - 131 or -3 or 125 In signed-magnitude representation : - 131 or -3 or 125 In 2's complement representation : - 131 or -3 or 1251.Convert each of the following base ten representations to its equivalent two’s complement form using patterns of 8 bits: 6 = -6 = 13 =
- 1. Represent the following decimal numbers in 8 bits: (+94)10 and (–124)10 by (a) Sign-magnitude, (b) one’s complement, and (c) two’s complement representationHow does the magnitude of the most positive number compare with the magnitude of the mostnegative number in an N-bit two’s complement number? How many distinct integers can be represented by an N-bit two’s complement representation (i.e.what is the difference between the most positive and the most negative)?Using a “word” of 4 bits, list all the possible signed binarynumbers and their decimal equivalents that are representable in:1. a) Signed magnitude2. b) One’s complement3. c) Two’s complement