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In the integer multiplier block, the multiplicand after proper shifting is added to the running partial product in each iteration depending on the value of the multiplier bit to be used in that interaction. Statement: The final width of this product register cannot be the same size as that of the multiplier or multiplicand. Select the best answer that correctly gives the reason if the above statement is true or false O True: The width of the final product typically needs to be equal to the sum of the widths of the multiplier and multiplicand registers O True: The width of the final product register has to be 32 bits irrespective of the size of the multiplicand or the multiplier registers False: The width of the final product register has to be equal to the larger of the widths of the multiplier or the multiplicand O False: The width of the final product needs to be equal to only the width of the multiplicand as we are only adding the multiplicand at a time

In the integer multiplier block, the multiplicand after proper shifting is added to the running partial product in each iteration depending on the value of the multiplier bit to be used in that interaction. Statement: The final width of this product register cannot be the same size as that of the multiplier or multiplicand. Select the best answer that correctly gives the reason if the above statement is true or false O True: The width of the final product typically needs to be equal to the sum of the widths of the multiplier and multiplicand registers O True: The width of the final product register has to be 32 bits irrespective of the size of the multiplicand or the multiplier registers False: The width of the final product register has to be equal to the larger of the widths of the multiplier or the multiplicand O False: The width of the final product needs to be equal to only the width of the multiplicand as we are only adding the multiplicand at a time

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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In the integer multiplier block, the multiplicand after proper shifting is added to the running partial product in each iteration depending on the value of the multiplier bit to be used in that interaction. Statement: The final width of this product register cannot be the same size as that of the multiplier or multiplicand. Select the best answer that correctly gives the reason if the above statement is true or false O True: The width of the final product typically needs to be equal to the sum of the widths of the multiplier and multiplicand registers True: The width of the final product register has to be 32 bits irrespective of the size of the multiplicand or the multiplier registers O False: The width of the final product register has to be equal to the larger of the widths of the multiplier or the multiplicand False: The width of the final product needs to be equal to only the width of the multiplicand as we are only adding the multiplicand at a time
Transcribed Image Text:In the integer multiplier block, the multiplicand after proper shifting is added to the running partial product in each iteration depending on the value of the multiplier bit to be used in that interaction. Statement: The final width of this product register cannot be the same size as that of the multiplier or multiplicand. Select the best answer that correctly gives the reason if the above statement is true or false O True: The width of the final product typically needs to be equal to the sum of the widths of the multiplier and multiplicand registers True: The width of the final product register has to be 32 bits irrespective of the size of the multiplicand or the multiplier registers O False: The width of the final product register has to be equal to the larger of the widths of the multiplier or the multiplicand False: The width of the final product needs to be equal to only the width of the multiplicand as we are only adding the multiplicand at a time
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