Create an Inheritance lab where you implement 8 numbers (x1, y1, x2, y2..... Until you get to x4, y4) in the main class. Then create the other classes for Quadrilateral, Parallelogram, Rectangle, Rhombus, Square, Trapezoid, Isosceles Trapezoid, Right Trapezoid, Kite, and Right Kite. This is going to take the numbers from the main class and see if the shapes turn out to be true.

Quadrilateral

A polygon with 4 sides

Parallelogram

Both pairs of opposite sides are parallel

Both pairs of opposite sides are congruent

One pair of opposite sides are parallel and congruent

Diagonals bisect each other

Both pairs of opposite angles are congruent

Consecutive angles are supplementary

Rectangle

All the properties of a parallelogram

Has a right angle

Diagonals are congruent

Rhombus

All the properties of a parallelogram

All sides are congruent

Diagonals are perpendicular

Diagonals bisect the opposite angles

Square

All the properties of a parallelogram

All the properties of a rectangle

All the properties of a rhombus

Trapezoid

Exactly one pair of opposite sides are parallel

Exactly two pairs of consecutive angles are supplementary

Isosceles Trapezoid

All the properties of a trapezoid

Non-parallel sides are congruent

Diagonals are congruent

Base angles are congruent

Right Trapezoid

All the properties of a trapezoid

Has a right angle

Kite

Both pairs of consecutive sides are congruent but opposite sides are not congruent

Diagonals are perpendicular

Exactly one pair of opposite angles are congruent

Right Kite

All the properties of a kite

Has a right angle

**Please help! Please write in Java language!**

Using inheritance, the question asks there to be classes for the shapes I listed and the main class will be checking the other classes to see if the shapes turn out to be true by matching the descriptions I provided. The classes for the shapes should look like something in the picture I've provided.

Files 1 Main.java Parallelogram.java 4 Quadrilateral.java 9 Quadrilateral.ava public class Quadrilateral 2 protected int 91,92,93,94,1,2,3.; 3 protected double siden, side2, side, side4, d1,d2; protected double slopei, slope2, slope, sloped, dslope1, dslope2; 5 public Quadrilateral (int a, int b, Inte, int d, int e, int f. inte. Int h) 6 41-a: 7 92-b; 93-c; 44.d; 10 wl-es 11 W2-1; 12 W3-8 13 nh; 14 sidel-getlength(91,w1.42.2); 15 side2-get Length(92,W2,93,wa); 16 side-getLength(3,3,4, ); 17 di-getLength(91,w1,43,3); 18 d2-getLength(92,2,44,4): 19 slopei-getslope(at, w1,42.12): 2e 21 2 public double gettength(int a, int b, Int , int d) 23 return Math.sqrt(Math.powe(ca. 2) Math pow(d.b, 2)): 25 26 27 28 29 38 public double getslope(inta, int b, intint d){ If (Ca) return -999; return double (d-b>/(-a): 1 Files 1 Main.java Parallelogram.java 4 Quadrilateral.java 9 Quadrilateral.ava public class Quadrilateral 2 protected int 91,92,93,94,1,2,3.; 3 protected double siden, side2, side, side4, d1,d2; protected double slopei, slope2, slope, sloped, dslope1, dslope2; 5 public Quadrilateral (int a, int b, Inte, int d, int e, int f. inte. Int h) 6 41-a: 7 92-b; 93-c; 44.d; 10 wl-es 11 W2-1; 12 W3-8 13 nh; 14 sidel-getlength(91,w1.42.2); 15 side2-get Length(92,W2,93,wa); 16 side-getLength(3,3,4, ); 17 di-getLength(91,w1,43,3); 18 d2-getLength(92,2,44,4): 19 slopei-getslope(at, w1,42.12): 2e 21 2 public double gettength(int a, int b, Int , int d) 23 return Math.sqrt(Math.powe(ca. 2) Math pow(d.b, 2)): 25 26 27 28 29 38 public double getslope(inta, int b, intint d){ If (Ca) return -999; return double (d-b>/(-a): 1