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1. Implement a Student class. a. Create a class Student with the following private data members: 1. name 2. exam_1 grade 3. exam_2 grade b. Create all appropriate accessor and mutator functions. c. Assign appropriate access modifiers to insure encapsulation. d. Add a private calcGPA() function that calculates and returns the GPA based upon the two exam grades. e. Add a public getGrade() function that: 1. Obtains the GPA from the private calcGPA() function. 2. Returns a letter grade based upon the numerical GPA value. 90 to 100 = A 80 to 90 = B 70 to 80 = C 60 to 70 = D 0 to 60 = F f. Test all functions use following main. int main(){ Student a; a.setName("David"); a.setExam1(90); a.setExam2(80); cout<

1. Implement a Student class. a. Create a class Student with the following private data members: 1. name 2. exam_1 grade 3. exam_2 grade b. Create all appropriate accessor and mutator functions. c. Assign appropriate access modifiers to insure encapsulation. d. Add a private calcGPA() function that calculates and returns the GPA based upon the two exam grades. e. Add a public getGrade() function that: 1. Obtains the GPA from the private calcGPA() function. 2. Returns a letter grade based upon the numerical GPA value. 90 to 100 = A 80 to 90 = B 70 to 80 = C 60 to 70 = D 0 to 60 = F f. Test all functions use following main. int main(){ Student a; a.setName("David"); a.setExam1(90); a.setExam2(80); cout<

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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1. Implement a Student class. a. Create a class Student with the following private data members: 1. name 2. exam_1 grade 3. exam_2 grade b. Create all appropriate accessor and mutator functions. c. Assign appropriate access modifiers to insure encapsulation. d. Add a private calcGPA() function that calculates and returns the GPA based upon the two exam grades. e. Add a public getGrade() function that: 1. Obtains the GPA from the private calcGPA() function. 2. Returns a letter grade based upon the numerical GPA value. 90 to 100 = A 80 to 90 = B 70 to 80 = C 60 to 70 = D 0 to 60 = F f. Test all functions use following main. int main(){ Student a; a.setName("David"); a.setExam1(90); a.setExam2(80); cout<<a.getName()<<endl; cout<<a.getExam1()<<endl; cout<<a.getExam2()<<endl; cout<<a.getGrade()<<endl; } 2. Using the class from problem 1, replace main with the following: a. Implement a partially filled array of type Student named students of capacity 10. b. Implement a non-member addStudent() function that: 1. Creates a new student with data populated by input parameters. 2. Adds the new student to the students array. c. Implement a non-member output() function that: 1. Outputs all student data in the students array as displayed in the output example (see next page). d. Main should use the addStudent and output functions to create five students and display their content to the console (see next page). f. Test all functions use following main.
Transcribed Image Text:1. Implement a Student class. a. Create a class Student with the following private data members: 1. name 2. exam_1 grade 3. exam_2 grade b. Create all appropriate accessor and mutator functions. c. Assign appropriate access modifiers to insure encapsulation. d. Add a private calcGPA() function that calculates and returns the GPA based upon the two exam grades. e. Add a public getGrade() function that: 1. Obtains the GPA from the private calcGPA() function. 2. Returns a letter grade based upon the numerical GPA value. 90 to 100 = A 80 to 90 = B 70 to 80 = C 60 to 70 = D 0 to 60 = F f. Test all functions use following main. int main(){ Student a; a.setName("David"); a.setExam1(90); a.setExam2(80); cout<<a.getName()<<endl; cout<<a.getExam1()<<endl; cout<<a.getExam2()<<endl; cout<<a.getGrade()<<endl; } 2. Using the class from problem 1, replace main with the following: a. Implement a partially filled array of type Student named students of capacity 10. b. Implement a non-member addStudent() function that: 1. Creates a new student with data populated by input parameters. 2. Adds the new student to the students array. c. Implement a non-member output() function that: 1. Outputs all student data in the students array as displayed in the output example (see next page). d. Main should use the addStudent and output functions to create five students and display their content to the console (see next page). f. Test all functions use following main.
int main(){ int capacity = 10; Student students[capacity]; int num = 0; addStudent(students,capacity,num,"Amy",95,90); addStudent(students,capacity,num,"Bob",74,63); addStudent(students,capacity,num,"Charlie",86,80); addStudent(students,capacity,num,"Daisy",75,90); addStudent(students,capacity,num,"Edward",24,66); output(students,num); } Output Example Name: Amy Exam 1: 95 Exam 2: 9 GPA: A Name: Bob Exam 1: 74 Exam 2: 63 GPA: D Name: Charlie Exam 1: 86 Exam 2: 80 GPA: B Name: Daisy Exam 1: 75 Exam 2: 99 GPA: B Name: David Exam 1: 24 Exam 2: 66 GPA: F
Transcribed Image Text:int main(){ int capacity = 10; Student students[capacity]; int num = 0; addStudent(students,capacity,num,"Amy",95,90); addStudent(students,capacity,num,"Bob",74,63); addStudent(students,capacity,num,"Charlie",86,80); addStudent(students,capacity,num,"Daisy",75,90); addStudent(students,capacity,num,"Edward",24,66); output(students,num); } Output Example Name: Amy Exam 1: 95 Exam 2: 9 GPA: A Name: Bob Exam 1: 74 Exam 2: 63 GPA: D Name: Charlie Exam 1: 86 Exam 2: 80 GPA: B Name: Daisy Exam 1: 75 Exam 2: 99 GPA: B Name: David Exam 1: 24 Exam 2: 66 GPA: F
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