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QUESTION 1 In digital system, the number system is used to represent the information and the system has different bases. Define the term of sign bit in a binary number. Convert the number 100110102 into Hexadecimal. Convert the number 125, into Decimal. a) i) ii) iii)

QUESTION 1 In digital system, the number system is used to represent the information and the system has different bases. Define the term of sign bit in a binary number. Convert the number 100110102 into Hexadecimal. Convert the number 125, into Decimal. a) i) ii) iii)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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QUESTION 1 In digital system, the number system is used to represent the information and the system has different bases. Define the term of sign bit in a binary number. Convert the number 100110102 into Hexadecimal. Convert the number 125, into Decimal. a) b) c) d) i) ii) iii) Convert the following numbers into the respective code. Show all steps in the calculations. i) ii) 27 into Gray Code. 11011010₂ into Binary Coded Decimal (BCD). Using 8-bit 2's complement number system, show the arithmetic operation of the following expressions: 01111001BCD - 258 i) ii) -49-2B16 Draw the logic circuit for output F in the following expression by using NAND gates only. F = ABC + AC
Transcribed Image Text:QUESTION 1 In digital system, the number system is used to represent the information and the system has different bases. Define the term of sign bit in a binary number. Convert the number 100110102 into Hexadecimal. Convert the number 125, into Decimal. a) b) c) d) i) ii) iii) Convert the following numbers into the respective code. Show all steps in the calculations. i) ii) 27 into Gray Code. 11011010₂ into Binary Coded Decimal (BCD). Using 8-bit 2's complement number system, show the arithmetic operation of the following expressions: 01111001BCD - 258 i) ii) -49-2B16 Draw the logic circuit for output F in the following expression by using NAND gates only. F = ABC + AC
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