Mr. Jones always gives True/False tests to his class. His tests always have 20 ques-
tions. The maximum class size is 35. He needs a program that will calculate the stu-
dents’ grades based on the best score.
Grade
A will range from the best score, to the best score minus 2.
B will range from the best score minus 3, to the best score minus 4.
C will range from the best score minus 5, to the best score minus 6.
D will range from the best score minus 7, to the best score minus 8.
F will be anything below the best score minus 8.
Each student’s ID and test answers will be entered. The output will be each stu-
dent’s ID, number correct, and grade, along with the single highest score for the
class. Develop a solution for Mr. Jones’s problem. Use four one-dimensional
arrays—one for the correct scores and the other three for the needed output.
i need the pseudocode if someone can help
To develop a solution for Mr. Jones's problem, you can follow these steps:
1. Declare four one-dimensional arrays: `correctScores`, `studentIDs`, `numCorrect`, and `grades`. The `correctScores` array will store the scores for each student, `studentIDs` will store the IDs of the students, `numCorrect` will store the number of correct answers for each student, and `grades` will store the calculated grades.
2. Initialize variables `maxScore`, `bestScore`, and `bestIndex` to keep track of the maximum score, the best score, and its corresponding index in the `correctScores` array.
3. Use a loop to get the input for each student. Within the loop, prompt for the student ID and test answers, and calculate the number of correct answers using whatever mechanism is appropriate for your program.
4. Store the student ID in the `studentIDs` array and the number of correct answers in the `numCorrect` array.
5. Update the `maxScore`, `bestScore`, and `bestIndex` variables if the current score is higher than the previous maximum score.
6. Once all the scores have been entered and the best score has been determined, use another loop to calculate the grades for each student based on the rules provided.
7. Store the calculated grades in the `grades` array.
8. Finally, print the output for each student in the desired format, along with the best score for the class.
Here's a pseudo code representation of the solution:
```
Declare arrays:
correctScores[MAX_CLASS_SIZE],
studentIDs[MAX_CLASS_SIZE],
numCorrect[MAX_CLASS_SIZE],
grades[MAX_CLASS_SIZE]
Initialize variables:
maxScore = 0,
bestScore = 0,
bestIndex = 0
Loop through each student:
Prompt for student ID
Prompt for test answers and calculate number of correct answers
Store student ID in studentIDs array
Store number of correct answers in numCorrect array
Update maxScore, bestScore, and bestIndex if necessary
Loop through each student:
Calculate grade based on bestScore
Store grade in grades array
Print output for each student:
Print student ID, number of correct answers, and grade
Print best score for the class
```
You can implement this solution in your preferred programming language using the provided pseudo code as a guideline.