Bit 7Suppose 6116-5816 is computed using the borrow-method on the binary numbers thatare equivalent to the given hexadecimal operands(i.e. The two hexadecimal numbersare converted to binary then the borrow method of subtraction is applied).Assume that in the presentation of binary sting, the first bit from the right is bit-0, 2nd bit fromthe right is bit-1, etc. (Hint: Refer to notes on the Borrow method for binary numbersubtraction)Bit 6d.Bit 5***Bit 4Bit 3Bit 2a. Which bit will be the first to perform a borrow-1 operation?...A. bit-3B. bit-4C. bit-5D. bit-6b. ...and where will this 1-bit be borrowed from? ...A. bit-3B. bit-4C. bit-5c. ... and which bit will perform the second borrow-1 operation?...A. bit-3B. bit-4C. bit-5and where will this 1-bit be borrowed from? ...A. bit-3B. bit-4C. bit-5e. ... and what is the computed difference in decimal notation?A. 3B. 6C. 9D. bit-6D. bit-6D. bit-6Bit 1D. 12E. N/AE. N/AE. N/AE. N/AE. N/ABit 0

Answer-a) option-c) bit-5 Bit - 5 will be the first to perform a borrow-1 operation.…

Bit 7 Suppose 6116 - 5816 is computed using the borrow-method on the binary numbers that are equivalent to the given hexadecimal operands(i.e. The two hexadecimal numbers are converted to binary then the borrow method of subtraction is applied). Assume that in the presentation of binary sting, the first bit from the right is bit-0, 2nd b the right is bit-1, etc. (Hint: Refer to notes on the Borrow method for binary number subtraction) Bit 6 d. e. Bit 5 w Bit 4 Bit 3 a. Which bit will be the first to perform a borrow-1 operation?... A. bit-3 B. bit-4 C. bit-5 D. bit-6 b. ...and where will this 1-bit be borrowed from? ... A. bit-3 B. bit-4 C. bit-5 c. ... and which bit will perform the second borrow-1 operation?... A. bit-3 B. bit-4 C. bit-5 and where will this 1-bit be borrowed from? ... A. bit-3 B. bit-4 C. bit-5 and what is the computed difference in decimal notation? A. 3 B. 6 C. 9 Bit 2 D. bit-6 D. bit-6 D. bit-6 Bit 1 D. 12 E. N/A E. N/A E. N/A E. N/A E. N/A Bit 0

Bit 7 Suppose 6116 - 5816 is computed using the borrow-method on the binary numbers that are equivalent to the given hexadecimal operands(i.e. The two hexadecimal numbers are converted to binary then the borrow method of subtraction is applied). Assume that in the presentation of binary sting, the first bit from the right is bit-0, 2nd b the right is bit-1, etc. (Hint: Refer to notes on the Borrow method for binary number subtraction) Bit 6 d. e. Bit 5 w Bit 4 Bit 3 a. Which bit will be the first to perform a borrow-1 operation?... A. bit-3 B. bit-4 C. bit-5 D. bit-6 b. ...and where will this 1-bit be borrowed from? ... A. bit-3 B. bit-4 C. bit-5 c. ... and which bit will perform the second borrow-1 operation?... A. bit-3 B. bit-4 C. bit-5 and where will this 1-bit be borrowed from? ... A. bit-3 B. bit-4 C. bit-5 and what is the computed difference in decimal notation? A. 3 B. 6 C. 9 Bit 2 D. bit-6 D. bit-6 D. bit-6 Bit 1 D. 12 E. N/A E. N/A E. N/A E. N/A E. N/A Bit 0

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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Note: Please do not handwritten.