Exercise 1.1 : Base and ASCII representation of character representation Print the decimal, octal and hexadecimal value of all characters between the start ad stop characters entered by a user. for example, if the user enters an 'A' and 'H', the program should print all the characters between 'A' and 'H' and their respective values in the different bases (decimal, octal, and hexadecimal) as follows ASCII Representation ofD is 68 in Decimal 104 in Octal and ASCII Representation of E is 69 in Decimal 105 in Octal and ASCII Representation of F is 70 in Decimal 106 in Octal and ASCII Representation of G is 71 in Decimal 107 in Octal and ASCII Representation of H is 72 in Decimal ASCII Representation of I is 73 in Decimal 111 in Octal and ASCII Representation of J is 74 in Decimal ASCII Representation of K is 75 in Decimal 44 in Hexadecimal 45 in Hexadecimal 46 in Hexadecimal 47 in Hexadecimal 48 in Hexadecinal 49 in Hexadecimal 110 in Octal and 112 in Octal and 4A in Hexadecimal 113 in Octal and 4B in Hexadecimal Make sure the second character entered by the user occurs later in the alphabet than the first character. If it does not, use a loop that asks the user repeatedly for a valid second character.

Exercise 1.1 : Base and ASCII representation of character representation Print the decimal, octal and hexadecimal value of all characters between the start ad stop characters entered by a user. for example, if the user enters an 'A' and 'H', the program should print all the characters between 'A' and 'H' and their respective values in the different bases (decimal, octal, and hexadecimal) as follows ASCII Representation ofD is 68 in Decimal 104 in Octal and ASCII Representation of E is 69 in Decimal 105 in Octal and ASCII Representation of F is 70 in Decimal 106 in Octal and ASCII Representation of G is 71 in Decimal 107 in Octal and ASCII Representation of H is 72 in Decimal ASCII Representation of I is 73 in Decimal 111 in Octal and ASCII Representation of J is 74 in Decimal ASCII Representation of K is 75 in Decimal 44 in Hexadecimal 45 in Hexadecimal 46 in Hexadecimal 47 in Hexadecimal 48 in Hexadecinal 49 in Hexadecimal 110 in Octal and 112 in Octal and 4A in Hexadecimal 113 in Octal and 4B in Hexadecimal Make sure the second character entered by the user occurs later in the alphabet than the first character. If it does not, use a loop that asks the user repeatedly for a valid second character.

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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