*******USE JAVA PROGRAMMING*******

Given the following Cube subclass is inherited from Square superclass. Class : Square Attributes : double height; //height of a square double width; //width of a square double surfaceArea; //the surfaceArea calculate for a square Methods :- double computeSurfaceArea(); // calculate the surface area of a square // (height * width) and return the value Class : Cube Attributes : double depth; //depth of a cube Square s; //information of square Methods :- double computeVolume(); // calculate the surface area of a cube // (surfacearea of square * depth) and return the value. a) Write the normal constructor for both class. b) Write the mutator and accessor methods for both classes. c) Write the processor methods computeSurfaceArea() for superclass and its subclass and return the calculated surface area value. d) Write an application named computeSurfaceArea that instantiates a Square object and an application named computeVolume for class Cube object and displays the surface area and volume for both objects.

Given the following Cube subclass is inherited from Square superclass. Class : Square Attributes : double height; l/height of a square double width; // width of a square double surfaceArea //the surface Area calculate for a square Methods :- double computeSurfaceAreal); Il calculate the surface area of a square Il (height * width) and return the value Class : Cube Attributes : double depth; Square s; square Methods :- l/depth of a cube l/information of double computeVolumel); // calculate the surface area of a cube Il (surfacearea of square * depth) and return the value. a) Write the normal constructor for both class. b) Write the mutator and accessor methods for both classes. c) Write the processor methods compute Surface Areal) for superclass and its subclass and return the calculated surface area value. d) Write an application named compute Surface Area that instantiates a Square object and an application named computeVolume for class Cube object and displays the surface area and volume for both objects