Cracking Accenture Pseudo Code Questions
Table of Contents
- Introduction
- Preparing for the Accenture Exam
- Importance of Solving Questions
- Types of Student Questions
- Previous Batches of Accenture Exam
- Understanding Pseudo Code
- Bitwise Operators
- Binary Conversion
- XOR Operation
- Decimal to Binary Conversion
- The Logic behind While Loops
- Updating Variable Values
- Performing Operations
- Checking Loop Conditions
- Working with Logical and Bitwise Operators
- AND Operator
- Bitwise AND Operator
- OR Operator
- Bitwise OR Operator
- Using Bit Shifting Operators
- Left Shift Operator
- Right Shift Operator
- Understanding Precedence
- Assigning Values to Characters and Integers
- ASCII Table
- Converting Characters to Integer Values
- Using Functions and Return Types
- Function Declaration
- Function Arguments
- Calling a Function
- Return Types
- Printing Integer Values of Characters
- Using ASCII Table for Reference
- Obtaining the Integer Value
- Conclusion
Introduction
Welcome to this YouTube video by "Techieboard Buddy." In this video, we will be discussing various questions related to the Accenture exam. We will solve different types of student questions that have been asked in previous batches of the exam. By the end of this video, you will have a better understanding of these questions and be well-prepared for the upcoming Accenture exam in 2024. So let's get started!
Preparing for the Accenture Exam
To excel in the Accenture exam, it is essential to solve as many questions as possible. Solving practice questions helps in familiarizing yourself with the exam pattern and boosts your confidence. In this video, we will be solving questions that have been asked in previous batches of the exam. It is highly recommended that you try to solve these questions on your own before watching the complete video.
Understanding Pseudo Code
Pseudo code is a simple way of representing algorithms in a more human-readable format. In the first question, We Are given some integers X, Y, and Z, and we need to find the output of a bitwise XOR operation on X and Y. To perform this operation, we first convert the decimal numbers into binary form using the BCD code (Binary Coded Decimal). The XOR operation is then applied to the corresponding binary digits, resulting in the desired output.
The Logic behind While Loops
While loops are used when we want to repeat a certain block of code until a specific condition is met. In the Second question, we have a while loop that continues until the value of a variable, "value," becomes greater than or equal to a given number, "n." Inside the loop, we update the value of "value" by performing a left shift operation. This process repeats until the condition becomes false, and the loop terminates. The final value of "value" is then printed.
Working with Logical and Bitwise Operators
Logical and bitwise operators play an important role in programming. In the third question, we are given some integers and asked to perform logical OR and bitwise AND operations on them. To do so, we convert the given decimal numbers into their binary form and perform the respective operations on the corresponding binary digits. The final result is then converted back into decimal form for the output.
Using Bit Shifting Operators
Bit shifting operators, like the left shift and right shift operators, help us manipulate the bits of a binary number. In the fourth question, we encounter a left shift operator. This operator moves the bits of a binary number to the left and fills the vacant bit positions with zeros. The right shift operator, on the other HAND, shifts the bits to the right and fills the vacant bit positions with zeros or ones Based on the sign of the number being shifted.
Assigning Values to Characters and Integers
Characters and integers are fundamental data types used in programming. In the fifth question, we assign values to characters C, A, and B. We then perform operations like addition and logical OR on these values. It is important to note the ASCII table, which assigns an integer value (ASCII code) to each character. By using the ASCII table, we can accurately convert characters into their corresponding integer values.
Using Functions and Return Types
Functions are an essential part of programming as they allow us to organize and modularize our code. In the sixth question, we encounter a function named "fun" that takes two integer arguments, "a" and "b." Inside the function, we perform various operations on these arguments and return the sum of "a" and "b" as the output. Understanding how to declare functions, pass arguments, and define return types is crucial for writing efficient and reusable code.
Printing Integer Values of Characters
In the seventh question, we learn how to print the integer values of characters. By referring to the ASCII table, we can find the corresponding integer value (ASCII code) for each character. This allows us to convert characters to their respective integer values and perform various operations on them. By taking AdVantage of ASCII encoding, we can broaden our understanding of character manipulation in programming.
Conclusion
In this video, we have covered various types of questions commonly asked in the Accenture exam. By solving these questions step by step, we have gained a better understanding of bitwise operators, logical operators, bit shifting operators, working with characters and integers, and utilizing functions. It is important to practice these concepts regularly to enhance your problem-solving skills and excel in the Accenture exam. Remember to subscribe to our Channel for more helpful content and stay tuned for our upcoming free course on exam preparation. Good luck with your studies!