USE THIS TEXT FILE Score_Table.txt Objective: Write a C prog…
USE THIS TEXT FILE Score_Table.txt Objective: Write a C program that reads student test scores from a file and evaluates their performance based on average score and individual subject thresholds. The program should display both the original and processed results to the console. Input: – A file named Test_Score.txt containing a 25 × 5 table of integers.- Each row represents the scores of one student across five tests. Tasks: Read the data from Test_Score.txt.Each line contains five integers. Compute the average of each row (i.e., each student’s scores).This value should be stored in a 6th column with two decimal precision. Determine pass/fail status and store in a 7th column: – A student passes (1) only if: • Their average score is ≥ 70, and • None of their individual scores is less than 60 – Otherwise, the status is fail (0). Display both the original table and the result table on the console. Display a summary in the command window (console output): – Total number of students who passed – Total number of students who failed due to low average (< 70) - Total number of students who failed due to at least one score < 60 - A note that these two failure categories may overlap Please, use these following DEMO SHOTS as an Example! Showing Message on the Console Grading Rubric – Total: 55 Points Each category is graded on four levels: Excellent (Full credit), Good (Partial), Fair (Minimal), and Poor (None). 1. File Input Handling (10 pts) Excellent (10): Correctly opens file, handles errors, reads full table accurately. Good (7): Reads the file and table correctly with minor formatting or error handling issues. Fair (4): Reads file but has errors or skips rows/columns. Poor (0): Fails to read file correctly or crashes. 2. Average Calculation (8 pts) Excellent (8): Correctly computes and formats average with floating point precision. Good (6): Average calculated but slight formatting or logic issues. Fair (3): Average is incorrect or uses integer division. Poor (0): Average missing or completely wrong. 3. Pass/Fail Logic (17 pts) Excellent (17): Implements both average and individual-score checks accurately. Good (13): Correct logic but some edge cases missed. Fair (8): Only one condition (avg or score
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