Question i need the answer quickly Using a 4-bit version of the binary multiplication algorithm, find C= 10 (ten) x 9 (ten). Finally, show the binary representation of C in 32-bit register. Iteration Step Multiplier Multiplicand Product Transcribed Image Text: Using a 4-bit version of the binary multiplication algorithm, find C= 10 (ten) x9 (ten). Finally, show the binary representation of C in 32-bit register, Iteration Step Multiplier Multiplicand Product

Question i need the answer quickly Using a 4-bit version of the binary multiplication algorithm, find C= 10 (ten) x 9 (ten). Finally, show the binary representation of C in 32-bit register. Iteration Step Multiplier Multiplicand Product Transcribed Image Text: Using a 4-bit version of the binary multiplication algorithm, find C= 10 (ten) x9 (ten). Finally, show the binary representation of C in 32-bit register, Iteration Step Multiplier Multiplicand Product

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

Problem 1PE

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Designing a mask for bit manipulation allows us to clear, set, invert, and extract the selected bits in the bit string. Applying bitwise operations AND, OR, XOR, NOT, SHL, SHR, ROL, and ROR allow us to pack and unpack bits in the bit string. In the following instructions below illustrates how bits are being "packed" and "unpacked" from/to the bit string to the 16-bits registers AX/BX, what would be the final bit string value loaded to the memory variable "unpackedData" from the 16-bit register BX? MOV EAX, 0 MOV EBX, 0 MOV AX, 0X47E3 MOV packedData, AX MOV BX, packedData AND BX, 0XE000 ROL BX, 4 MOV unpackedData, BX
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