Now you are going to make an accounts class. The class details are as follows: • There is a variable to store the balance that the account holds, e.g. balance. • A default constructor setting value of balance to 1000. A member function Credit () which adds the credited amount to the balance. A member function called debit () which gets money from the account. The debited amount of money is subtracted from the account balance, the debited amount should not be greater than the account balance otherwise a message would be displayed that "Debit amount exceeded account balance" moreover a penalty fee of Rs.15 is charged in case of attempt to withdraw more than balance. • The getBalance () method tells the user that how much balance he has in his account.

Now you are going to make an accounts class. The class details are as follows: • There is a variable to store the balance that the account holds, e.g. balance. • A default constructor setting value of balance to 1000. A member function Credit () which adds the credited amount to the balance. A member function called debit () which gets money from the account. The debited amount of money is subtracted from the account balance, the debited amount should not be greater than the account balance otherwise a message would be displayed that "Debit amount exceeded account balance" moreover a penalty fee of Rs.15 is charged in case of attempt to withdraw more than balance. • The getBalance () method tells the user that how much balance he has in his account.

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter10: Classes And Data Abstraction

Section: Chapter Questions

Problem 7SA: Assume the definition of class foodType as given in Exercise 6. Answer the following questions? (1,...

See similar textbooks

Similar questions

In Chapter 10, the class clockType was designed to implement the time of day in a program. Certain applications, in addition to hours, minutes, and seconds, might require you to store the time zone. Derive the class extclockType from the class clockType by adding a member variable to store the time zone. Add the necessary member functions and constructors to make the class functional. Also, write the definitions of the member functions and the constructors. Finally, write a test program to test your class.
Assume the definition of class foodType as given in Exercise 6. Answer the following questions? (1, 2, 3, 5, 6) Write the definition of the member function set so that private members are set according to the parameters. The values of the int and double instance variables must be nonnegative. Write the definition of the member function print that prints the values of the data members. Write the definitions of the member functions getName, getcalories, getFat, getSugar, getCarbohydrate, getPotassium to return the values of the instance variable. Write the definition of the default constructor of the class foodType so that the private member variables are initialized to 0, 0. 0, 0, 0. 0, 0. 0, respectively. Write the definition of the constructor with parameters of the class foodType so that the private member variables are initialized according to the parameters. The values of the int and double instance variables must be nonnegative. Write a C + + statement that prints the value of the object fruit 2. Write a C++ statement that declares an object my Fruit of type foodType, and initializes the member variables of myFruit to Apple, 52, 0. 2, 10,13.8, and 148.0, respectively.
An organization has two types of employees: regular and adhoc. Regular employees get a salary which is basic + DA + HRA where DA is 10% of basic and HRA is 30% of basic. Adhoc employees are daily wagers who get a salary which is equal to Number * Wage (i) Define the classes shown in the following class hierarchy diagram: Employee name eno salary () Regular Adhoc wage пnber days (int n) salary O Basic salary ()
Question 2: Now you are going to make an accounts class. The class details are as follows: • There is a variable to store the balance that the account holds, e.g. balance. • A default constructor setting value of balance to 1000. • A member function Credit () which adds the credited amount to the balance. • A member function called debit () which gets money from the account. The debited amount of money is subtracted from the account balance, the debited amount should not be greater than the account balance otherwise a message would be displayed that "Debit amount exceeded account balance" moreover a penalty fee of Rs.15 is charged in case of attempt to withdraw more than balance. • The getBalance () method tells the user that how much balance he has in his account. First you have to set balance to your desired value. Credit some amount into account. Withdraw some amount and then check your balance. Withdraw amount more than the available balance.
Program SpecificationUsing python, design a class named PersonData with the following member variables: lastName firstName address city state zip phone Write the appropriate accessor and mutator functions for these member variables. Next, design a class named CustomerData , which is derived from the PersonData class. The CustomerData class should have the following member variables: customerNumber mailingList The customerNumber variable will be used to hold a unique integer for each customer. The mailingList variable should be a bool . It will be set to true if the customer wishes to be on a mailing list, or false if the customer does not wish to be on a mail-ing list. Write appropriate accessor and mutator functions for these member variables. Next write a program which demonstrates an object of the CustomerData class in a program. Your program MUST use exception handling. You can choose how to implement the exception handling. Start your program with a welcome message Make sure…
Write a full class definition for a class named Counter , and containing the following members: A data member counter of type int . A constructor that takes one int argument and assigns its value to counter . A function called increment that accepts no parameters and returns no value. increment adds one to the counter data member. A function called decrement that accepts no parameters and returns no value. decrement subtracts one to the counter data member. A function called getValue that accepts no parameters. It returns the value of the instance variable counter .
C- Create the sub class UsedBook that is derived from the super class Book and has the following instance variables, constructor, and functions: title ( String) isbn ( String) authors (String) publisher (String) edition ( int) published_year (int) price_new (double) // the price of the book if it is new age (int) // how old the book is in years Constructor that takes all of the above variables as input parameters. set/get functions calculate_price method // the price is calculated as price_new * (1- 0.10*age) print function that prints all information related to the old book. D- Create the Testing class that has the main method and does the following: aa- Use the constructor to create instance of NewBook class and name it as new. Call compute_price function. bb- Use the constructor to create instance of usedBook class and name it used. Call compute_price function. cc- Print the related information of new and used objects using print functions. Use this following code: class…
Problem: Create a Fraction class with two private positive integer member variables numerator and denominator, one constructor with two integer parameters num and den with default values 0 and 1, one display function that print out a fraction in the format numerator/denominator in the proper form such as 2/3 or ½ . Note: 2/4 should be displayed as ½.
Define a class called student that has thefollowing data members: - int student number- string student name- double student averageThe following member functions:- Constructor that initialize the datamembers with default values. - set and getfunctions for each data member- Print function to print the values of data members.
1. Create the deposit class described below. Member variables: E CustomerNo: Stores the customer number. Positive integer. E Balance: Stores the amount in the account. Positive real number. E Interest Rate: Stores the interest rate applied to customers as a percentage. Same for all customers (static) positive real number at value. Its initial value is 1.2. Member functions: E >: Receives input from user for customer number and quantity. E getCustomerNo (): Returns the value of the customer number. E getBalance (): Returns the balance value. E getFaizOrani (): Returns the interest rate value. E setFaizRate (): If the argument value is a valid value for the interest rate, it assigns this value to the interest rate. and the console "Updated interest rate to ." Writer; is an invalid value, to the console "Could not update interest rate to . Interest rate, . " Writer. B rate (): Increases the balance according to the interest rate and returns the last balance. Test the class you created in…
Design a class named Month. The class should have the following private members: • name - A string object that holds the name of a month, such as "January", "February", etc. • monthNumber - An integer variable that holds the number of the month. For example, January would be 1, February would be 2, etc. Valid values for this variable are 1 through 12. In addition, provide the following member functions: • A default constructor that sets monthNumber to 1 and name to "January." • A constructor that accepts the name of the month as an argument. It should set name to the value passed as the argument and set monthNumber to the correct value. • A constructor that accepts the number of the month as an argument. It should set monthNumber to the value passed as the argument and set name to the correct month name. • Appropriate set and get functions for the name and monthNumber member variables. • Prefix and postfix overloaded ++ operator functions that increment…
True or False: In order to derive class A from class B, class A must contain a public member function that may be called by the rest of the class. (It is not a half-finished project.) A) This is correct. B) The answer is False.