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Please be as quick as you can and write in c++

Please be as quick as you can and write in c++

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Please be as quick as you can and write in c++
### C++ Programming Assignment: Student Grade Processing #### Task Description: Create a complete C++ program that performs the following operations: 1. **Input and Validation:** - Prompt the user to enter the number of students and store this value in a variable named `numStudents`. - Ensure that the input is validated so that neither zero nor any negative number is accepted. 2. **Processing Each Student:** - For each student: a. **Input Data:** - Read the student's name, midterm exam grade (integer), final exam grade (integer), and the curve (integer). - Validate each of these numeric inputs to ensure that neither zero nor any negative number is accepted. b. **Calculate Average:** - Utilize a function named `calcAverage` that takes the midterm exam and final exam grades as parameters. - The function should return the calculated average as a decimal number. c. **Display Result:** - Use a function named `printStudent` that takes the student's name, the average returned by `calcAverage`, and the curve as parameters. - This function should print the student's name and display one of the following messages: - “COURSE PASSED” if the sum of the average and the curve is greater than or equal to 60. - “COURSE FAILED” if the sum of the average and the curve is below 60. ### Detailed Steps of Implementation: 1. **Prompt User for Number of Students:** - Create a variable `numStudents`. - Prompt and read the number of students from the user. - Validate the input to ensure it is a positive integer. 2. **Loop Through Each Student:** - For each student, read the required data (name, midterm grade, final exam grade, curve). - Validate each numeric input, ensuring it is a positive integer. 3. **Calculate Average:** - Implement the function `calcAverage` which: - Accepts midterm and final exam scores as arguments. - Calculates the average of these scores. - Returns the average as a decimal number. 4. **Print Student Results:** - Implement the function `printStudent` which: - Accepts the student's name, calculated average, and curve as arguments. - Calculates the total score by adding the average and curve. - Prints the student's name and either “COURSE PAS
Transcribed Image Text:### C++ Programming Assignment: Student Grade Processing #### Task Description: Create a complete C++ program that performs the following operations: 1. **Input and Validation:** - Prompt the user to enter the number of students and store this value in a variable named `numStudents`. - Ensure that the input is validated so that neither zero nor any negative number is accepted. 2. **Processing Each Student:** - For each student: a. **Input Data:** - Read the student's name, midterm exam grade (integer), final exam grade (integer), and the curve (integer). - Validate each of these numeric inputs to ensure that neither zero nor any negative number is accepted. b. **Calculate Average:** - Utilize a function named `calcAverage` that takes the midterm exam and final exam grades as parameters. - The function should return the calculated average as a decimal number. c. **Display Result:** - Use a function named `printStudent` that takes the student's name, the average returned by `calcAverage`, and the curve as parameters. - This function should print the student's name and display one of the following messages: - “COURSE PASSED” if the sum of the average and the curve is greater than or equal to 60. - “COURSE FAILED” if the sum of the average and the curve is below 60. ### Detailed Steps of Implementation: 1. **Prompt User for Number of Students:** - Create a variable `numStudents`. - Prompt and read the number of students from the user. - Validate the input to ensure it is a positive integer. 2. **Loop Through Each Student:** - For each student, read the required data (name, midterm grade, final exam grade, curve). - Validate each numeric input, ensuring it is a positive integer. 3. **Calculate Average:** - Implement the function `calcAverage` which: - Accepts midterm and final exam scores as arguments. - Calculates the average of these scores. - Returns the average as a decimal number. 4. **Print Student Results:** - Implement the function `printStudent` which: - Accepts the student's name, calculated average, and curve as arguments. - Calculates the total score by adding the average and curve. - Prints the student's name and either “COURSE PAS
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