1. The algorithm shown in Figure 1 is used to convert decimal number to itsequivalent binary number.1. START2. Create a stack3. Enter a decimal number which has to be convertedinto its equivalent binary form.4. Iterationl (while number > 0)4.1 digit = number $ 24.2 Push digit into the stack4.3 Divide the number by 25. End iterationl6. Iteration2 (while stack is not empty)6.1 Pop digit from the stackPrint the digit6.27. End iteration28. STOPFigure 1Convert the algorithm in Figure 1 to C++ statements by implementing linkedlist in stack concept. You are required to develop a complete program.

The algorithm shown in Figure 1 is used to convert decimal number to its equivalent binary number. 1. START 2. Create a stack 3. Enter a decimal number which has to be converted into its equivalent binary form. 4. Iterationl (while number > 0) 4.1 digit = number $ 2 4.2 Push digit into the stack Divide the number by 2 4.3 5. End iterationl 6. Iteration2 (while stack is not empty) 6.1 Pop digit from the stack 6.2 Print the digit 7. End iteration2 8. STOP

The algorithm shown in Figure 1 is used to convert decimal number to its equivalent binary number. 1. START 2. Create a stack 3. Enter a decimal number which has to be converted into its equivalent binary form. 4. Iterationl (while number > 0) 4.1 digit = number $ 2 4.2 Push digit into the stack Divide the number by 2 4.3 5. End iterationl 6. Iteration2 (while stack is not empty) 6.1 Pop digit from the stack 6.2 Print the digit 7. End iteration2 8. STOP

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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