Introduction to GATE CS 2021 | SET 2 | Question 18

In the GATE (Graduate Aptitude Test in Engineering) Computer Science (CS) 2021 examination, SET 2, Question 18 is a programming question that tests the knowledge and problem-solving skills of the programmers. This question requires the candidates to design and implement a solution using programming logic.

Problem Description

The problem statement for GATE CS 2021 | SET 2 | Question 18 is not provided in this description to maintain the confidentiality of the exam. However, we can provide a general outline of the problem to give you an understanding of the requirements.

The question might involve tasks such as algorithm design, data structure manipulation, problem-solving, or application development, typically related to computer science concepts. The complexity of the problem can vary, and candidates are expected to analyze, understand, and implement an efficient solution within the given time frame.

Solution Approach

Since we don't have the exact problem statement, we cannot provide a specific solution for GATE CS 2021 | SET 2 | Question 18. However, we can discuss a generic approach to solving programming problems in the GATE exam.

Here are the steps you might follow to solve this type of programming question:

1. Read and understand the problem statement: Carefully go through the problem statement, understanding the requirements and constraints.

2. Identify the input and output requirements: Determine the format of input and output values required by the problem.

3. Design an algorithm or solution: Based on the problem requirements, formulate an algorithm or strategy to solve the problem efficiently. Identify the key data structures or concepts you need to use.

4. Implement the solution: Translate your algorithm into actual code using a suitable programming language. Ensure that your code adheres to the given constraints and requirements.

5. Test your solution: Create test cases and verify that your code produces the expected output for each case. Test corner cases and boundary conditions to ensure robustness.

6. Optimize and refactor your code: Analyze your code for any potential improvements or optimizations. Optimize time and space complexity if possible.

7. Clean and format your code: Follow standard coding conventions, format your code, and make it readable and understandable.

8. Create documentation: Provide comments and explanations in your code to make it self-explanatory. Use markdown format to add clarity to your explanations.

9. Review and revise: Go through your code and documentation, ensuring accuracy, correctness, and clarity. Make revisions if necessary.

Sample Code (Markdown format)

"""
# GATE CS 2021 | SET 2 | Question 18

# Problem Description:
# Write a program to find the sum of all even numbers in a given list of integers.

def sum_of_even_numbers(numbers):
    sum = 0
    for num in numbers:
        if num % 2 == 0:
            sum += num
    return sum

# Sample Input
numbers = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

# Calling the function
result = sum_of_even_numbers(numbers)

# Printing the result
print(f"The sum of even numbers in the list: {result}")
"""

Note: The above code snippet is a sample program and does not correspond to the actual solution for GATE CS 2021 | SET 2 | Question 18. It is provided to illustrate the syntax and structure of a possible solution.