A super class Bank has been defined to store the details of the customer in a bank. Define a…

A super class Bank has been defined to store the details of the customer in a bank. Define a subclass Interest to calculate the compound interest. The details of the members of both the classes are given below: Class name : Bank Data members/instance variables: name : to store the name of the customer acc_no : integer to store the account number principal : to store the principal amount in decimals Methods / Member functions: Bank( ... ) : parameterized constructor to assign values to the data members void display( ) : to display the customer details Class name : Interest Data members/instance variables: rate : to store the interest rate in decimals time : to store the time period in decimals Methods / Member functions: Interest( ... ) : parameterized constructor to assign values to the data members of both the classes double calculate( ) : to calculate and return the compound interest using the formula $[ \text{CI} = P ( 1 + R/100 )^N - P ]$ where, P is the principal, R is the rate and N is the time void display( ) : to display the customer details along with the compound interest Assume that the super class Bank has been defined. Using the concept of inheritance, specify the class Interest giving the details of the constructor(...), double calculate( ) and void display( ). The super class, main function and algorithm need NOT be written.

class Interest extends Bank
{
    double rate, time;

    Interest(String n, int a, double p, double r, double t)
    {
        super(n, a, p);
        rate = r;
        time = t;
    }

    double calculate()
    {
        double ci = principal * Math.pow((1 + rate / 100), time) - principal;
        return ci;
    }

    void display()
    {
        super.display();
        System.out.println("Rate of Interest = " + rate);
        System.out.println("Time Period = " + time);
        System.out.println("Compound Interest = " + calculate());
    }
}