Given two points in the plane (?,?) and (?,?), the slope of the line through them is the number ? given by ?=?−? ?−? i.e. the difference in the y-coordinates divided by the difference in the x-coordinates, or rise/run. Recall the Point class defined in the series of examples found here. Below is a stripped down version of this class, with only the initializer (given), and two new class functions called slope(?,?) and colinear(?, ?, ?). The first returns the slope of the line through the points ? and ?. The second returns True if and only if the three points ?, ? and ? lie on a line.

please write code in java Create a right triangle class with instance variables(double) for sideA, sideB and the hypo. write three constructors -the 2-param version assigns to sides A and B respectively. the 1-param version assigns the same value to both sides. the 0-param version assigns 10.0 to each side. the constructor also computes the hypotenuse based on the other two sides and saves that in the hypotenuse variable. Create accessors for all three variables. Write a toString() that will print/label the three sides. write some main code to create three instances of your class, one to test each of your constructors. you can input values or use fixed values. Display each instance using an implicit toString() call.

Define a new “Degree” class that contains a year (integer), a subject (string) and a person’s name (string). For example, a degree can haveo John Smith, 2020, Computer Science It should have at least the following methods: o toString method must return all the degree information: year,subject and person’s name in the following format:NAME(John Smith) SUBJECT(Computer Science) YEAR(2020)o hasTheSameDegree method that compares 2 degrees and returntrue if both have the same year and the same subject. Otherwise, itreturns false. Important notes:You can add as many other methods as you need. But this class should not provide the default constructor. Show how this class being used to create Degree objects and how these methods are being called and return proper values. All data members must be declared as “private” No global variable is allowed to be declared and used Methods within the class and the requested functions cannot have “cin” or “cout” but it should make use of parameters and…

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;…