12.2.12 We can perform logical operations on strings of bits by considering each pair of corresponding bits separately (called bitwise operation). Given two eight-bit strings A = 10110001 and B = 10101100, evaluate the eight-bit result after the following logical operations: A. * AND B. OR C. * XOR D. * NOT A E. NOT B 13.2.13 Draw logic diagrams to implement the following Boolean expressions: A. F (u+x) (y + z) B. F = (u + y) '+x C. F (u'+x) (y + z) D. F = u(xz)+y' E. Fu+yz+uxy F. Fu+x+x'(u+y)
12.2.12 We can perform logical operations on strings of bits by considering each pair of corresponding bits separately (called bitwise operation). Given two eight-bit strings A = 10110001 and B = 10101100, evaluate the eight-bit result after the following logical operations: A. * AND B. OR C. * XOR D. * NOT A E. NOT B 13.2.13 Draw logic diagrams to implement the following Boolean expressions: A. F (u+x) (y + z) B. F = (u + y) '+x C. F (u'+x) (y + z) D. F = u(xz)+y' E. Fu+yz+uxy F. Fu+x+x'(u+y)
C++ Programming: From Problem Analysis to Program Design
8th Edition
ISBN:9781337102087
Author:D. S. Malik
Publisher:D. S. Malik
Chapter12: Points, Classes, Virtual Functions And Abstract Classes
Section: Chapter Questions
Problem 15SA
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Transcribed Image Text:12.2.12 We can perform logical operations on strings of bits by considering each pair of corresponding bits separately (called bitwise operation). Given two eight-bit strings
A = 10110001 and B = 10101100, evaluate the eight-bit result after the following logical operations:
A. * AND
B. OR
C. * XOR
D. * NOT A
E. NOT B
13.2.13 Draw logic diagrams to implement the following Boolean expressions:
A. F (u+x) (y + z)
B. F = (u + y) '+x
C. F (u'+x) (y + z)
D. F = u(xz)+y'
E. Fu+yz+uxy
F. Fu+x+x'(u+y)
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