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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 accNo: 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: CI = P(1 + R / 100) N - P, where P is the principal, R is the rate and N is the time void displ...

A class Encrypt has been defined to replace only the vowels in a word by the next corresponding vowel and forms a new word, i.e. A → E, E  → I, I  → O, O  → U and U  → A. Example : Input: COMPUTER Output: CUMPATIR Some of the members of the class are given below: Class name : Encrypt Data members/instance variables : wrd: to store a word len: integer to store the length of the word newWrd: to store the encrypted word Methods/Member functions : Encrypt(): default constructor to initialize data members with legal initial values void acceptWord(): to accept a word in uppercase void freqVowCon(): finds the frequency of the vowels void nextVowel(): replaces only the vowels from the word stored in 'wrd' by the next corresponding vowel and assigns it to 'newWrd', with the remaining alphabets unchanged void disp(): displays the original word along with the encrypted word Specify the class Encrypt giving details of the constructor, void acceptWord(), void freqVowCon(), void ...

Design a class OddEven to arrange two single dimensional arrays into one single dimensional array, such that the odd numbers from both the arrays are at the beginning followed by the even numbers. Example : Array 1: {2, 13, 6, 19, 26, 11, 4} Array 2: {7, 22, 4, 17, 12, 45} Arranged Array = {13, 19, 11, 7, 17, 45, 2, 6, 26, 4, 22, 4, 12} Some of the members of the class are given below: Class name : OddEven Data members/instance variables : a[]: to store integers in the array m: integer to store the size of the array Methods/Member functions : OddEven(int num): parameterized constructor to initialize the data member m = num void fillArray(): to enter integer elements in the array OddEven arrange(OddEven p, OddEven q): stores the odd numbers from both the parameterized object arrays followed by the even numbers from both the arrays and returns the object with the arranged array void display(): displays the elements of the arranged array Specify the class OddEven giving details of the co...