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:

Written in Python  It should have an init method that takes two values and uses them to initialize the data members. It should have a get_age method. Docstrings for modules, functions, classes, and methods

Write another member function (only) in the previously developed class of SpecialTime in question1, as timeMachine() that takes 02 integer parameters, direction and duration. The direction can have value of -1 or 1 representing going back in time or into the future, respectively. The duration parameter should contain number of minutes to travel in past or future. Add validation to enforce the value of direction as -1 or 1, and value of duration as positive value (number of minutes not exceeding 24 hours). The timeMachine function should return the time your land in (past or future) by adding the received duration into the hour, minute and seconds. Please note that your time machine can only travel upto 24 hours either to the past or to the future. so far my code for the question one is #include<iostream.h># include<conio.h>class time{int hr,min,sec;public: //don't forget it !time(){ hr=min=sec=0; cout<<"Time reset to 00:00:00";}time(int h,int m,int s){ hr =h; min=m;…

Implement a nested class composition relationship between any two class types from the following list: Advisor Вook Classroom Department Friend Grade School Student Teacher Tutor Write all necessary code for both classes to demonstrate a nested composition relationship including the following: a. one encapsulated data member for each class b. inline default constructor using constructor delegation for each class c. inline one-parameter constructor for each class d. inline accessors for all data members e. inline mutators for all data members