Problem 1 Define a class named StudentGrader that has the following attributes defined within the initialization function: ● homeworkAvg as float midtermScore as integer • finalScore as integer attendance as float a. Define a function named getOverallPctScore(). This function calculates and returns the overall grade score using the following weights for each category: Homework - 35% Midterm - 25% Final - 30% Attendance -10%

Problem 1 Define a class named StudentGrader that has the following attributes defined within the initialization function: ● homeworkAvg as float midtermScore as integer • finalScore as integer attendance as float a. Define a function named getOverallPctScore(). This function calculates and returns the overall grade score using the following weights for each category: Homework - 35% Midterm - 25% Final - 30% Attendance -10%

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter11: Introduction To Classes

Section11.2: Basic Class Functions

Problem 5E

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Hi, I am having trouble with this homework question for my C++ course 1. Implement a Student class. a. Create a class Student with the following private data members:1. name2. exam_1 grade3. exam_2 gradeb. Create all appropriate accessor and mutator functions.c. Assign appropriate access modifiers to insure encapsulation.d. Add a private calc GPA() function that calculates and returns the GPAbased upon the two exam grades.e. Add a public getGrade() function that: 1. Obtains the GPA from the private calc GPA() function.2. Returns a letter grade based upon the numerical GPA value.90 to 100 = A80 to 90 = B70 to 80 = C60 to 70 = D0 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;}
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 from main. 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.…
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 from main. 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.…
c++ Build the ShoppingCart class with the following specifications. Note: Some can be function stubs (empty functions) initially, to be completed in later steps. Default constructor Parameterized constructor which takes the customer name and date as parameters Private data members string _customerName - Initialized in default constructor to "none" string _currentDate - Initialized in default constructor to "January 1, 2016" vector < ItemToPurchase > _cartItems Public member functions customerName() accessor date() accessor addItem() Adds an item to cart items vector. Has a parameter of type ItemToPurchase. Does not return anything. removeItem() Removes item from cart items vector. Has a parameter of type string (an item's name). Does not return anything. If item name cannot be found, output this message: Item not found in cart. Nothing removed. modifyItem() Modifies an item's description, price, and/or quantity. Has a parameter of type ItemToPurchase. Does not return…
c++ Write a class called Triangle with three private integer data members a, b, and c as the lengths of its three edges. This class should have the following functions:  a constructor with three parameters representing the three edges a function isTriangle() which returns true if the three edges are all positive and they satisfy the triangle inequality where a+b> c, a+c> b, b+c> a, otherwise returns false. a function getPerimeter() which returns the perimeter of the triangle. (where, the perimeter = a+b+c)Then, test the above class in a program.
Q.Write a program to create a Distance class containing kilometers and meters asdata members. Also identify and implement functions to perform following operation:Distance d1, d2, d3;d1+=d2+d3 ++; subject-oops(c++)
Create a class called employee with member data empno, name, deptname, designation, age, and salary. Perform the following by including member functions in the class: a) To accept the details of 5 employees( Array of object) b) To display the details of employees. c) To search for an employee in the array of objects created, by means of empno and display his details d) To find the youngest employee among all the employees and display the details of that employee e) To find the total salary of all employees.
Hello, I need help with this C++ homework question Q2: Continue of previous question 1. Copy the previous program to a new file. 2. Create a class named Car derived from Vehicle. a. Private data member: weight — dynamic member int b. Implement default and two argument constructors c. Redefine output function d. Mutator and accessor function for weight 3. Create a class named Boat derived from Vehicle. a. Private data member: hullLength — dynamic member int b. Implement default and two argument constructors c. Redefine output function d. Mutator and accessor function for hullLength Use following main() to test your function (DO NOT CHANGE THE INT MAIN. Any alteration will not be accepted) int main(){ Car a,b("Honda",2000); a.output(); // Brand:TBD Weight: 0 b.output(); // Brand:Honda Weight: 2000 b.setBrand("Tesla"); b.setWeight(3000); b.output(); // Brand:Tesla Weight: 3000 Boat c,d("Baja",100); c.output(); // Brand:TBD hullLength: 0 d.output(); // Brand:Baja hullLength: 100…
Hello, I need help with this C++ homework question. it's about implementing the topic of polymorphism. A) Submit cpp file for each question with given main function. Define a class named Beverage Private Data Member: name - type string pointer (dynamic variable) Appropriate accessor and mutator functions. Default constructor and one argument constructor. Define pure virtual output function. Define a class named Soda derived from Beverage Private Data Member: price - type double pointer (dynamic variable) Appropriate accessor and mutator functions. Default constructor and two argument constructor. Override output function. Define a class named Beer driven from Beverage Private Data Member: alcohol_percentage - type double pointer (dynamic variable) Appropriate accessor and mutator functions. Default constructor and two argument constructor. Override output function. Use following main() to test your class.(DO NOT change the int main provided. Any alteration will not be…
7.50 LAB: BankAccount class C++ Given main(), define the BankAccount class (in files BankAccount.h and BankAccount.cpp) that manages checking and savings accounts. The class has three private data members: customer name (string) savings account balance (double) checking account balance (double) Implement the following constructor and public member functions as listed below: BankAccount(string newName, double amt1, double amt2) - set the customer name to parameter newName, set the checking account balance to parameter amt1 and set the savings account balance to parameter amt2. (amt stands for amount) void SetName(string newName) - set the customer name to parameter newName string GetName() - return the customer name void SetChecking(double amt) - set the checking account balance to parameter amt double GetChecking() - return the checking account balance void SetSavings(double amt) - set the savings account balance to parameter amt double GetSavings() - return the savings account…
Write a class basicMaths and use constructor to pass a number. Create a function FindNumber takes one number as a parameter and Ñnds if it is positive or negatieve number. Create another class intermediateMaths with same functions and redeÑne the FindNumber functionality by Ñnding the number as even or odd number. Create another class advanceMaths with same functions and redeÑne the FindNumber functionality by Ñnd the number as prime number or composite number. Consider the following example code for the logic of prime number:
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