Java Program Given partial codes of the Colored interface and Point class as the following: //Colored interface public interface Colored{ public String getColor(); } //Point class public class Point { private int x; private int y; public Point() { this(0, 0); } public Point(int x, int y) { setLocation(x, y); } public boolean equals(Object o) { if (o instanceof Point) { Point other = (Point) o; return x == other.x && y == other.y; } else { return false; } } public void setLocation(int x, int y) { this.x = x; this.y = y; } public String toString() { return "(" + x + ", " + y + ")"; } } Write ColoredPoint class so that implements the Colored interface and extends Point so that Points have colors. Override toString method to print out the coordinates and color of the point, override equals method so that it compares color as well. And write the necessary constructors, accessors and mutators. Write a client class and create objects of the ColoredPoint class. Print out the colored point and compare if they are equal.

Java Programing

Consider the following interface and class definitions: public interface A { public void m1(); public void m2(); } public interface B { public void m3(); } public interface C extends B { public void m1(); public void m2(); public void m4(); } public class X implements B { public void m3() { System.out.println("X m3"); } public void m1() { System.out.println("X m1"); } } public class Y implements A, B { public void m1() { System.out.println("Y m1"); } public void m2() { System.out.println("Y m2"); } public void m3() { System.out.println("Y m3"); } public void m4() { System.out.println(Y m4"); } } public class Z implements C { public void m1() { System.out.println("Z m1"); } public void m2() { System.out.println("Z m2"); } public void m3() { System.out.println("Z m3"); } public void m4() { System.out.println("Z m4"); } } Assume the following variables are created. X x = new X(); Y y = new Y(); Z z = new Z(); A a = new Y(); B b = new X(); B b2 = new Y(); C c = new Z(); Write…

Javascript Create an object, Gremlin, that extends the Monster interface and takes the same argument language. Gremlins inherits how a monster eats. Gremlins speaks differently. Gremlins replace each word in a sentence with its only known language, "gar". For example, if the sentence is "I like chicken", the speak() method will turn it into "gar gar gar". class Monster { constructor(language){ this.language = language; this.stomach = Array(); } // takes a food_item STRING and returns everything eaten so far ARRAY eat(food_item) { this.stomach.push(food_item); }   // takes in a sentence STRING and returns the passed in sentence STRING with no change speak(sentence) { returnsentence; }   }