EXTRA CREDIT LAB: DUE Tuesday, June 22, 2021, before 10 AM Design and Implement a MODIFICATION/ ENHANCEMENT to the program that will again INPUT FROM A FILE, the Name of a Student into a ONE-DIMENSIONAL ARRAY and then, FOUR GRADES that will be read into a TWO – DIMENSIONAL (2-D) ARRAY. Each row in the TWO D-array will correspond to the subscript value of the student's name in the ONE D arrays. Calculate the Student's Average. Then, based on each students' grade-average, you shoul« calculate a LETTER GRADE (a CHAR data type) which should be stored in a third array which you can use in parallel with the other two arrays as detailed above. EACH STUDENTS' position/ subscript WILL be ASSOCIATED WITH THE ROW of th 2-D array STORE THE student's individual GRADES. THE OUTPUT SHOULD BE A TABULAR COLUM OF INFORMATION as the EXAMPLE BELOW ILLUSTARTES. NAME Exam 1 Exam 2 Exam 3 Exam 4 Average GRADE JOE 77 98 45 100 80.00 MARY 99 89 90 99 94.25 A etc. Note: For this EXAMPLE ONLY, The Text File CONTAINS: caleulute the JOE 77 98 45 100 Fil CONTAINS: MARY 99 89 90 99 etc. ...... II %3D
EXTRA CREDIT LAB: DUE Tuesday, June 22, 2021, before 10 AM Design and Implement a MODIFICATION/ ENHANCEMENT to the program that will again INPUT FROM A FILE, the Name of a Student into a ONE-DIMENSIONAL ARRAY and then, FOUR GRADES that will be read into a TWO – DIMENSIONAL (2-D) ARRAY. Each row in the TWO D-array will correspond to the subscript value of the student's name in the ONE D arrays. Calculate the Student's Average. Then, based on each students' grade-average, you shoul« calculate a LETTER GRADE (a CHAR data type) which should be stored in a third array which you can use in parallel with the other two arrays as detailed above. EACH STUDENTS' position/ subscript WILL be ASSOCIATED WITH THE ROW of th 2-D array STORE THE student's individual GRADES. THE OUTPUT SHOULD BE A TABULAR COLUM OF INFORMATION as the EXAMPLE BELOW ILLUSTARTES. NAME Exam 1 Exam 2 Exam 3 Exam 4 Average GRADE JOE 77 98 45 100 80.00 MARY 99 89 90 99 94.25 A etc. Note: For this EXAMPLE ONLY, The Text File CONTAINS: caleulute the JOE 77 98 45 100 Fil CONTAINS: MARY 99 89 90 99 etc. ...... II %3D
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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C++ please make simple

Transcribed Image Text:====================================================================
**EXTRA CREDIT LAB:**
**DUE Tuesday, June 22, 2021, before 10 AM**
Design and implement a **MODIFICATION/ENHANCEMENT** to the program that will again **INPUT FROM A FILE**, the Name of a Student into a **ONE-DIMENSIONAL ARRAY** and then, **FOUR GRADES** that will be read into a **TWO - DIMENSIONAL (2-D) ARRAY**. Each row in the TWO D-array will correspond to the subscript value of the student’s name in the ONE D arrays.
Calculate the Student’s Average. Then, based on each student’s grade-average, you should calculate a **LETTER GRADE** (a **CHAR** data type) which should be stored in a third array which you can use in parallel with the other two arrays as detailed above.
**EACH STUDENT’S** position/subscript **WILL BE ASSOCIATED WITH THE ROW** of the 2-D array **STORE** the student’s individual **GRADES**.
The **OUTPUT** SHOULD BE A **TABULAR COLUMN OF INFORMATION** as the **EXAMPLE BELOW ILLUSTRATES.**
| NAME | Exam 1 | Exam 2 | Exam 3 | Exam 4 | Average | GRADE |
|-------|--------|--------|--------|--------|---------|-------|
| JOE | 77 | 98 | 45 | 100 | 80.00 | B |
| MARY | 99 | 89 | 90 | 99 | 94.25 | A |
| etc. | | | | | | |
Note: For this EXAMPLE ONLY, The Text File CONTAINS:
```
JOE 77 98 45 100
MARY 99 89 90 99
…… etc.
```
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