Point2D+Point20 (x: double, y: double)+diatance (N! double, y: double) : double Retums the distance between this point and the specified point (x. y).+diatance (p: Point20) : double+getX() double+getY(): doubletmidpoint (p: Point20) : Point20tdistance (el: Point2D, p2: Point20) =Constructs a Point2D object with the specified x- and y-coordinates.Retums the distance between this point and the specified point p.Retums the x-coordinate from this point.Retums the y-coordinate from this point.Retums the midpoint between this point and point p.Retums the distance between pl and p2.doubleThe class is partially implemented below. Implement distance (Point2Dpl, Point2D p2) and midpoint (Point2D p) :class Point2D {private double x;private double y:public Point2D (double x, double y) {this.x - x;this.y - y:public double distance (double x, double y) {return distance (new Point2D (x, y));public double distance (Point2D p) {return distance (this, p):public static double distance (Point2D pl, Point2D p2) {// Write code to implement itpublic Point2D midpoint (Point2D p) {// Write code to implement itpublic double getX () {return x;public double getY () {return y:

Dear Student, I hve directly written the code that must go inside each function.…

Point20(x: double, y: double) +distance (I double, y: double): double Retums the distance hetween this point and the pecified poit (K. y). +distance (p: Point20): double Constructs a Point2D object with the specaified s- and y-cedinates. Retums the distance hetwoen this point and the specified point p. getx): double getY) double midpoint (p: Point20) : Point20 distance tel: Point2B, pâ: Point28) : double Retums the s-coondinate from this point. Retums the y-cordinate from this point. Retums the midpoint between this poist and point p. Retums the distance between pl and p2. The class is partially implemented below. Implement distance (Point2D pl, Point2D p2) and midpoint (Point2D p): class Point2D { private double x; private double y: public Point2D (double x, double y) { this.x - X: this.y - y: public double distance (double x, double y) i return distance (new Point2D (x, y)); public double distance (Point2D p) { return distance (this, p); public static đouble distance (Point2D pl, Point2D p2) { // Write code to implement it public Point2D midpoint (Point2D p) { // Write code to implement it

Point20(x: double, y: double) +distance (I double, y: double): double Retums the distance hetween this point and the pecified poit (K. y). +distance (p: Point20): double Constructs a Point2D object with the specaified s- and y-cedinates. Retums the distance hetwoen this point and the specified point p. getx): double getY) double midpoint (p: Point20) : Point20 distance tel: Point2B, pâ: Point28) : double Retums the s-coondinate from this point. Retums the y-cordinate from this point. Retums the midpoint between this poist and point p. Retums the distance between pl and p2. The class is partially implemented below. Implement distance (Point2D pl, Point2D p2) and midpoint (Point2D p): class Point2D { private double x; private double y: public Point2D (double x, double y) { this.x - X: this.y - y: public double distance (double x, double y) i return distance (new Point2D (x, y)); public double distance (Point2D p) { return distance (this, p); public static đouble distance (Point2D pl, Point2D p2) { // Write code to implement it public Point2D midpoint (Point2D p) { // Write code to implement it

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Part 1 is already done and here it is public class Point { protected double x; protected double y; public Point() { } public Point(double x, double y) { this.x = x; this.y = y; } public double getX() { return x; } public double getY() { return y; } public void setPoint(Point X){ x = X.x; y = X.y; } void makeCopy(Point x){ setPoint(x); } Point getCopy(){ return this; } public void printPoint(){ System.out.println("["+this.x+", "+this.y+"]"); } @Override public String toString() { return "x-Coordinate is " + x + "and y-coordinate is " + y; } public boolean equals(Point X) {…
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