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1. Convert decimal +49 and +29 to binary, using the 2'scomplement number. (use enough digits to accommodate the numbers.) 29 Then perform the binary equivalent of (+29)+(-49), (+29)-(+49), (+49)-(+) and (-29)+(-49). Verify that the results are correct.

1. Convert decimal +49 and +29 to binary, using the 2'scomplement number. (use enough digits to accommodate the numbers.) 29 Then perform the binary equivalent of (+29)+(-49), (+29)-(+49), (+49)-(+) and (-29)+(-49). Verify that the results are correct.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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1. Convert decimal +49 and +29 to binary, using the 2'scomplement number. (use enough digits to accommodate the numbers.) 29 Then perform the binary equivalent of (+29)+(-49), (+29)-(+49), (+49)-(+) and (-29)+(-49). Verify that the results are correct. 2-1. List the truth table of the function: F(A,B,C,D)=CD (B+C) A+(BC'+DE') 2-2 show the minterm equation and Maxterm equation of F. 2-3 use K-map to implement simplified all NAND logic 2-4 use K-map to implement simplified all NOR logic 3-1 implement Half Adder logic for ai+bi-si...ci+1. implement Full Adder logic for ai+bi+ci-si...ci+1.
Transcribed Image Text:1. Convert decimal +49 and +29 to binary, using the 2'scomplement number. (use enough digits to accommodate the numbers.) 29 Then perform the binary equivalent of (+29)+(-49), (+29)-(+49), (+49)-(+) and (-29)+(-49). Verify that the results are correct. 2-1. List the truth table of the function: F(A,B,C,D)=CD (B+C) A+(BC'+DE') 2-2 show the minterm equation and Maxterm equation of F. 2-3 use K-map to implement simplified all NAND logic 2-4 use K-map to implement simplified all NOR logic 3-1 implement Half Adder logic for ai+bi-si...ci+1. implement Full Adder logic for ai+bi+ci-si...ci+1.
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