6. Convert the following numbers from unsigned binary notation to decimal notation, and from 6- bit 2's complement notation to decimal notation: i) 110011, ii) 001101, iii) 101101 7. Show how each of the following floating point values would be stored using IEEE-754 single precision (be sure to indicate the sign bit, the exponent, and the significand fields): a. 12.5 b. −1.5 c. 0.75 d. 26.625 8. The following is a representation of a decimal floating value using IEEE-754 single precision. Find out the value in decimal. 0 10000011 10101000000...0
6. Convert the following numbers from unsigned binary notation to decimal notation, and from 6- bit 2's complement notation to decimal notation: i) 110011, ii) 001101, iii) 101101 7. Show how each of the following floating point values would be stored using IEEE-754 single precision (be sure to indicate the sign bit, the exponent, and the significand fields): a. 12.5 b. −1.5 c. 0.75 d. 26.625 8. The following is a representation of a decimal floating value using IEEE-754 single precision. Find out the value in decimal. 0 10000011 10101000000...0
Chapter3: Data Representation
Section: Chapter Questions
Problem 3VE: A(n) __________ is an integer stored in double the normal number of bit positions.
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Question
6. Convert the following numbers from unsigned binary notation to decimal notation, and from 6-
bit 2's complement notation to decimal notation:
i) 110011, ii) 001101, iii) 101101
7. Show how each of the following floating point values would be stored using IEEE-754 single
precision (be sure to indicate the sign bit, the exponent, and the significand fields):
a. 12.5 b. −1.5 c. 0.75 d. 26.625
8. The following is a representation of a decimal floating value using IEEE-754 single precision.
Find out the value in decimal.
0 10000011 10101000000...0
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