Yn-1 Yo Xp-1 ... n-bit adder ... Sn-1 Given: •n = 4 (number of bits in X, Y, and S) • X = 11 as a positive decimal number, convert to an unsigned 4-bit binary value • Y = 12 as a positive decimal number, convert to an unsigned 4-bit binary value • Z = 1 What is the value of S as a "signed" decimal number (possible values -8 to +7 decimal) if the four bits of S are interpreted as a two's complement 4-bit binary number? Answer tolerance is 0%.
Yn-1 Yo Xp-1 ... n-bit adder ... Sn-1 Given: •n = 4 (number of bits in X, Y, and S) • X = 11 as a positive decimal number, convert to an unsigned 4-bit binary value • Y = 12 as a positive decimal number, convert to an unsigned 4-bit binary value • Z = 1 What is the value of S as a "signed" decimal number (possible values -8 to +7 decimal) if the four bits of S are interpreted as a two's complement 4-bit binary number? Answer tolerance is 0%.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Transcribed Image Text:Yn-1
Yo
Xn-1
...
n-bit adder
Co
...
Sn-1
Given:
•n = 4 (number of bits in X, Y, and S)
• X = 11 as a positive decimal number, convert to an unsigned 4-bit binary value
• Y = 12 as a positive decimal number, convert to an unsigned 4-bit binary value
• Z = 1
What is the value of S as a "signed" decimal number (possible values -8 to +7 decimal) if the four bits of S are
interpreted as a two's complement 4-bit binary number? Answer tolerance is 0%.
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