Final Answer:
The program should store the correct answers in an array and prompt the user to input the student's answers for each of the 20 questions.
Step-by-step explanation:
To implement the program, create an array to store the correct answers for the 20 questions. Use a loop to prompt the user for the student's answers and compare them with the correct answers. Keep a count of the correctly answered questions. This approach ensures efficient storage of correct answers and facilitates the comparison process, allowing for the evaluation of the student's performance on each question.
In the program, the correct answers can be stored in an array, e.g., correctAnswers[], where each element corresponds to the correct answer for a specific question. The program then enters a loop prompting the user to input the student's answers for each question. Within the loop, compare the user's answer with the correct answer using an if statement. If the answers match, increment a counter variable for correct responses. After processing all questions, the program can provide feedback on the total number of correct answers.
In summary, the program efficiently manages the correct answers using an array and iteratively collects the student's responses. This design ensures clarity, modularity, and ease of maintenance, contributing to a well-organized and functional program for assessing the student's performance on the given set of questions.